mhurhangee/patent-ind-claim-en huggingface dataset:
Profile for a glazing such as a fixed glazing, a glass-only façade or a window, sliding door or insulating glazing, comprising - an inside profile element , - an outside profile element and - a plastic filling part extending between the inside profile element and the outside profile element in the width direction of the profile , wherein the inside profile element and the outside profile element each have two projections spaced apart from one another in the height direction of the profile, so that the height section of the profile extending between the projections forms a receiving volume, and wherein the plastic filling part is connected, namely preferably bonded and pressed, to the projections , characterized in that the plastic filling part completely fills the receiving volume over the entire length of the profile , and in that the profile is free of chambers in which air could accumulate and condense at suitable temperatures. - an inside profile element , - an outside profile element and - a plastic filling part extending between the inside profile element and the outside profile element in the width direction of the profile , wherein the inside profile element and the outside profile element each have two projections spaced apart from one another in the height direction of the profile, so that the height section of the profile extending between the projections forms a receiving volume, and wherein the plastic filling part is connected, namely preferably bonded and pressed, to the projections , characterized in that the plastic filling part completely fills the receiving volume over the entire length of the profile , and in that the profile is free of chambers in which air could accumulate and condense at suitable temperatures.
A beverage system, comprising: a housing ; a brew basket connected to said housing and being movable between a retracted position and an extended position, wherein when said brew basket is in said retracted position, said brew basket is arranged in sealing contact with an adjacent surface of said beverage system; wherein said brew basket has an open first end, a closed second end , at least one sidewall defining a brew chamber , and at least one outlet formed near said closed second end ; a support pivotally mounted to a portion of the housing , and a collar mounted concentrically within a portion of the support ; the collar being attached via a linkage to a portion of the housing and configured to rotate relative to the support as the support pivots between the retracted and extended positions of the brew basket ; the brew basket being receivable within a hollow interior of the support and the collar ; characterised in that said at least one outlet includes a siphon having a pipe fluidly coupled to the brew chamber , and the support or the collar is configured to apply a pressure to, or to squeeze, the pipe to restrict a flow therethrough when the support is rotated to an extended position relative to the housing . a housing ; a brew basket connected to said housing and being movable between a retracted position and an extended position, wherein when said brew basket is in said retracted position, said brew basket is arranged in sealing contact with an adjacent surface of said beverage system; wherein said brew basket has an open first end, a closed second end , at least one sidewall defining a brew chamber , and at least one outlet formed near said closed second end ; a support pivotally mounted to a portion of the housing , and a collar mounted concentrically within a portion of the support ; the collar being attached via a linkage to a portion of the housing and configured to rotate relative to the support as the support pivots between the retracted and extended positions of the brew basket ; the brew basket being receivable within a hollow interior of the support and the collar ; characterised in that said at least one outlet includes a siphon having a pipe fluidly coupled to the brew chamber , and the support or the collar is configured to apply a pressure to, or to squeeze, the pipe to restrict a flow therethrough when the support is rotated to an extended position relative to the housing . said at least one outlet includes a siphon having a pipe fluidly coupled to the brew chamber , and the support or the collar is configured to apply a pressure to, or to squeeze, the pipe to restrict a flow therethrough when the support is rotated to an extended position relative to the housing .
An urn system for the burial of ashes of deceased persons or pets, having a base plate , wherein at least one hollow column for receiving at least two urns are arranged on the base plate , wherein a body , which is formed as a metal body, is arranged in the column , and which is connected on one side to the column and on the side to the base plate , characterized in that the body has a base frame which is directly connected to the base plate , wherein the base frame is formed by a welded construction, and wherein a metal sheet , to which the column is connected, is connected to the base frame .
A module clamp for clamping a module , in particular a photovoltaic module or solar module, relative to a rail , comprising - a module holder formed to be arranged on the module , - a slot nut formed to be received in a groove of the rail , - a screw , which extends along a longitudinal axis and which projects through the module holder and is screwed into the slot nut - and a holding element , which is fitted onto the screw and is arranged between the module holder and the slot nut , - wherein the holding element comprises an upper section , a lower section and an elastic section , wherein the elastic section connects the upper section to the lower section , - wherein the module holder rests on the upper section and the lower section is formed for supporting on the rail , so that the module clamp , before the module is clamped, can be arranged independently standing on the rail , - characterized in that the lower section comprises at least one clamping extension , which is formed to be inserted into the rail . - a module holder formed to be arranged on the module , - a slot nut formed to be received in a groove of the rail , - a screw , which extends along a longitudinal axis and which projects through the module holder and is screwed into the slot nut - and a holding element , which is fitted onto the screw and is arranged between the module holder and the slot nut , - wherein the holding element comprises an upper section , a lower section and an elastic section , wherein the elastic section connects the upper section to the lower section , - wherein the module holder rests on the upper section and the lower section is formed for supporting on the rail , so that the module clamp , before the module is clamped, can be arranged independently standing on the rail , - characterized in that the lower section comprises at least one clamping extension , which is formed to be inserted into the rail .
Device for generating a standing wave comprising at least a ramp and an outlet device for generating a laminar flow to create the standing wave, wherein the outlet device comprises a blade with a cutting edge which smoothes the surface of the water exiting from the outlet device associated with an outlet opening of the outlet device , wherein an opening height of the outlet device is determined by a distance of a bottom of the outlet device to the cutting edge , wherein a surface vector of a water guiding surface of the ramp is arranged perpendicular to the outlet direction and perpendicular to a width extension of the outlet opening .
A composition comprising, based on the total weight of the composition: • 95 to 99.99 weight percent of a poly(alkylene terephthalate); • 0.01 to less than 1 weight percent of an epoxy compound having a weight average molecular weight of at least 500 daltons as determined by gel permeation chromatography using polystyrene standards, and an epoxy equivalent weight of at least 400 grams per equivalent as determined in accordance with ASTM D1652-11e1; and • 0 to 4 weight percent of additives selected from the group consisting of stabilizers, mold release agents, flame retardants, nucleating agents, colorants, and combinations thereof; wherein the composition comprises 0 to less than 1 weight percent of impact modifiers; wherein the composition comprises 0 to less than 1 weight percent of copolymers of monomers comprising an unsubstituted or substituted styrene, and an unsaturated nitrile; and wherein the composition comprises 0 to less than 1 weight percent of reinforcing fillers. • 95 to 99.99 weight percent of a poly(alkylene terephthalate); • 0.01 to less than 1 weight percent of an epoxy compound having a weight average molecular weight of at least 500 daltons as determined by gel permeation chromatography using polystyrene standards, and an epoxy equivalent weight of at least 400 grams per equivalent as determined in accordance with ASTM D1652-11e1; and • 0 to 4 weight percent of additives selected from the group consisting of stabilizers, mold release agents, flame retardants, nucleating agents, colorants, and combinations thereof;
Drive unit for a wheelchair , said wheelchair comprising control input means and a structural frame with two lateral frame elements , each supporting a drive wheel , said drive unit comprising two drive motors mounted within a drive shaft housing and adapted to drive the drive wheels independently of each other based on control input from a driver via the control input means , said drive shaft housing being releasably attached between the two lateral frame elements of the wheelchair and connected to the drive wheels via quick-release couplings arranged at each distal end of the drive shaft housing , characterized in - that the drive shaft housing comprises at least two sections (A, B), each section housing one of said drive motors ; - that the drive shaft housing is divided into three sections (A, B, C) comprising a central outer sleeve and two lateral inner sleeves containing the drive motors , said two inner sleeves being telescopically moveable within the central outer sleeve in the axial direction of the drive unit for adjusting the width (w) of the drive shaft housing to different wheelchairs having different distances between the lateral frame elements of the structural frame of the wheelchair . - that the drive shaft housing comprises at least two sections (A, B), each section housing one of said drive motors ; - that the drive shaft housing is divided into three sections (A, B, C) comprising a central outer sleeve and two lateral inner sleeves containing the drive motors , said two inner sleeves being telescopically moveable within the central outer sleeve in the axial direction of the drive unit
Explosion-proof housing having a housing body that delimits an interior and that comprises a housing opening through which the interior is accessible, having a separate reinforcing frame that is releasably or non-releasably arranged on the outside of housing body and comprises a ring frame part that completely surrounds the housing body in a ring-shaped manner adjacent to housing opening , having a cover that abuts against the housing body in a closing position, such that a flameproof gap is formed between cover and housing body . having a housing body that delimits an interior and that comprises a housing opening through which the interior is accessible, having a separate reinforcing frame that is releasably or non-releasably arranged on the outside of housing body and comprises a ring frame part that completely surrounds the housing body in a ring-shaped manner adjacent to housing opening , having a cover that abuts against the housing body in a closing position, such that a flameproof gap is formed between cover and housing body .
A sample-processing system in which one or more function modules having a different function and processing capabilities of a device such as an analyzer or pre-processing device, and buffer units each combined as a pair with one of the function modules are interconnected via a sample rack transport section that is adapted to hold a sample vessel and includes a loading unit , transport unit , and storage unit for sample racks each having a specific identification code, wherein each of the buffer units includes means adapted to read the identification codes assigned to each of the sample racks,, characterised in that each of the buffer units is adapted to undertake both bi-directional transfer of the sample racks to and from the sample rack transport section, and transport of the sample racks to and from each function module paired with one of the buffer units , each buffer unit includes independent slots (302-n) that each act as a buffer capable of holding a plurality of sample racks, and a sample rack mover that is capable of loading and unloading the sample racks into and from any one of the slots (302-n), and on the system being reset, the buffer unit is adapted to read the identification code of each sample rack within the buffer unit , then determine a transport destination of the sample rack from the read information and an operational state of the function module , and restart processing.
A camera module comprising: a lens barrel disposed within a front body and comprising lenses; a first substrate with a portion thereof disposed under the front body ; a support member , with a portion thereof disposed on the bottom surface of the first substrate ; and a second substrate disposed under the first substrate and coupled with the support member , wherein the support member comprises a fence portion disposed between the first substrate and the second substrate , and a hook portion extending from the fence portion and having a coupling hole into which a portion of a side surface of the second substrate is inserted and an extended portion inclined at a predetermined angle from an area wherein the coupling hole is formed, wherein a lower surface of the first substrate is coupled to a upper surface of the fence portion , and a upper surface of the second substrate is coupled to a lower surface of the fence portion , characterized in that the upper surface of the fence portion is coupled to the lower surface of the first substrate using an adhesive material. a lens barrel disposed within a front body and comprising lenses; a first substrate with a portion thereof disposed under the front body ; a support member , with a portion thereof disposed on the bottom surface of the first substrate ; and a second substrate disposed under the first substrate and coupled with the support member , wherein the support member comprises a fence portion disposed between the first substrate and the second substrate , and a hook portion extending from the fence portion and having a coupling hole into which a portion of a side surface of the second substrate is inserted and an extended portion inclined at a predetermined angle from an area wherein the coupling hole is formed, wherein a lower surface of the first substrate is coupled to a upper surface of the fence portion , and a upper surface of the second substrate is coupled to a lower surface of the fence portion , characterized in that the upper surface of the fence portion is coupled to the lower surface of the first substrate using an adhesive material.
A nursing bed, characterized in that said nursing bed comprises: a back plate portion , a seat plate portion , a seat leg plate portion , a leg plate portion and a foot plate portion , the seat plate portion and the seat leg plate portion are hinged, and the leg plate portion and the foot plate portion are hinged; a bed body bracket , which configures the back plate portion , the seat plate portion and the seat leg plate portion , and the seat plate portion being fixedly connected to the bed body bracket ; a rotating shaft , which is arranged on the bed body bracket and arranged at a lower side of the seat leg plate portion , and a connecting rod , wherein an end is pivotably connected to the rotating shaft , while another end is movably connected to a lower surface of the foot plate portion ; wherein the seat leg plate portion and the leg plate portion are connected below by a hinge ; wherein the leg plate portion comprises a leg plate and a leg foot plate , and the leg plate and the leg foot plate are connected below by a hinge by means of the seamless abutting joint connecting or the gap abutting joint connecting, the leg foot plate and the foot plate portion are connected above by a hinge by means of the seamless abutting joint connecting or the gap abutting joint connecting. a back plate portion , a seat plate portion , a seat leg plate portion , a leg plate portion and a foot plate portion , the seat plate portion and the seat leg plate portion are hinged, and the leg plate portion and the foot plate portion are hinged; a bed body bracket , which configures the back plate portion , the seat plate portion and the seat leg plate portion , and the seat plate portion being fixedly connected to the bed body bracket ; a rotating shaft , which is arranged on the bed body bracket and arranged at a lower side of the seat leg plate portion , and a connecting rod , wherein an end is pivotably connected to the rotating shaft , while another end is movably connected to a lower surface of the foot plate portion ; wherein the seat leg plate portion and the leg plate portion are connected below by a hinge ; wherein the leg plate portion comprises a leg plate and a leg foot plate , and the leg plate and the leg foot plate are connected below by a hinge by means of the seamless abutting joint connecting or the gap abutting joint connecting, the leg foot plate and the foot plate portion are connected above by a hinge by means of the seamless abutting joint connecting or the gap abutting joint connecting.
Packaging machine for producing individual blister packs for dispensing medicaments, wherein the packaging machine comprises a filling station with a plurality of containers , wherein each container is provided for storing and dispensing a predetermined medicament, wherein the packaging machine has a conveying device , characterised in that the conveying device is provided for conveying at least one movable transport container , wherein the packaging machine is configured in such a way that in the filling station the medicaments can be filled directly from the containers into the transport container , wherein the packaging machine comprises a transfer station, wherein the packaging machine is configured in such a way that in the transfer station the medicaments can be transferred from the movable transport container into a recess of a carrier of a blister pack associated with the transport container , wherein the packaging machine comprises a sealing station , wherein the sealing station is arranged immediately after the transfer station, wherein the sealing station is set up for sealing a lidding film onto the carrier , wherein the packaging machine comprises a cleaning station, wherein the cleaning station is arranged immediately after the transfer station, wherein the cleaning station is set up for automatic cleaning of the at least one transport container .
Refrigeration apparatus comprising: - a cold storage compartment , accessible from the outside through a door , and provided internally with a sealed container adapted to accommodate a flexible and compressible receptacle holding a beverage, said container having an elongated shape and being provided with a cover arranged at an end portion of said container, - pneumatic or air compression means to generate a selectively controllable pressure between said container and said flexible receptacle , - refrigerating means to pull down the temperature inside said cold storage compartment, - a control panel to control the temperature-related and pressure-related operation of said refrigeration apparatus from the outside, characterized in that said pneumatic means, said refrigerating means and said control panel are arranged on a side portion of said refrigeration apparatus. - a cold storage compartment , accessible from the outside through a door , and provided internally with a sealed container adapted to accommodate a flexible and compressible receptacle holding a beverage, said container having an elongated shape and being provided with a cover arranged at an end portion of said container, - pneumatic or air compression means to generate a selectively controllable pressure between said container and said flexible receptacle , - refrigerating means to pull down the temperature inside said cold storage compartment, - a control panel to control the temperature-related and pressure-related operation of said refrigeration apparatus from the outside,
Spacer for pipes, wherein a first pipe support element is connected in one piece to a second pipe support element via a spiral support , wherein the spiral support has a first ring half (5.1), a second ring half (5.2) and a third ring half (5.3), wherein the first ring half (5.1) is connected at one end to the first pipe support element via an angled connection (9.1) and at the other end to the second ring half (5.2) via an ring half connection (6.1) and the third ring half (5.3) is connected at one end to the second pipe support element via an angled connection (9.2) and at the other end to the second ring half (5.2) via a ring half connection (6.2), characterized in that the angled connections (9.1, 9.2) widen from an outer side in the direction of an inner side and in the axial direction.
A tensioner for a belt drive of an internal combustion engine, said tensioner comprising a pin and a base adapted to be fixed to a crankcase of said engine, an arm hinged about said pin and a spring interposed between said base and said arm , said arm carrying a pulley adapted to cooperate with a drive belt of said belt drive, said tensioner further comprising a damping device adapted to provide a damping of variable value according to a relative rotation angle between said arm and said base , characterized in that said damping device is configured so as to supply a first constant damping value (D1) for relative rotation angles between said arm and said base smaller than a predetermined angle (α) and a second constant damping value (D1+D2) greater than the first damping value (D1) for relative rotation angles between said arm and said base greater than said predetermined angle (α).
A circular knitting machine comprising a needle cylinder which can be actuated with a rotary motion about its own axis , arranged vertically, and on the skirt of which there is a plurality of axial grooves , each accommodating a needle , a tubular body being arranged internally and coaxially to said needle cylinder and being adapted to receive a manufactured item during its forming, said tubular body being supported so that it can slide along an axial direction, parallel to said axis , within said needle cylinder in order to pass from at least one inactive position, in which it is arranged with its upper end at the same level or at a lower level with respect to the upper end of the needle cylinder , to at least one active position, in which it protrudes with its upper end from the upper end of the needle cylinder , actuation means being provided which act on command on said tubular body in order to actuate its axial movement, parallel to said axis , with respect to said needle cylinder , characterized in that the circular knitting machine comprises control means associated with said actuation means for controlling the speed of said tubular body along said axial movement from said inactive position to said at least one active position wherein said actuation means comprise motor means adapted to actuate in a controlled manner the axial movement of said tubular body from said inactive position to said at least one active position and wherein said control means are adapted to control the speed of said tubular body along its axial movement from said inactive position to said at least one active position as a function of the corresponding rotation rate of the needle cylinder .