mhurhangee/patent-ind-claim-en huggingface dataset:
Fixation for fixing a tube of a coil type heat exchanger , the fixation comprising: a main body mountable to a support of the heat exchanger ; a first reception portion and a second reception portion arranged side-by-side in the main body and each having an opening for inserting the tube into the respective reception portion ; a locking movably connected to the main body between a mounting position and a locking position; characterized in that the locking has an engagement portion forming part of the first reception portion for moving the locking from the mounting position into the locking position upon insertion of the tube into the first reception portion , and a locking portion , in the locking position of the locking , blocking at least part of the opening of the second reception portion . a main body mountable to a support of the heat exchanger ; a first reception portion and a second reception portion arranged side-by-side in the main body and each having an opening for inserting the tube into the respective reception portion ; a locking movably connected to the main body between a mounting position and a locking position; characterized in that the locking has an engagement portion forming part of the first reception portion for moving the locking from the mounting position into the locking position upon insertion of the tube into the first reception portion , and a locking portion , in the locking position of the locking , blocking at least part of the opening of the second reception portion . an engagement portion forming part of the first reception portion for moving the locking from the mounting position into the locking position upon insertion of the tube into the first reception portion , and a locking portion , in the locking position of the locking , blocking at least part of the opening of the second reception portion .
A method for selecting an initial point for industrial robot commissioning, the initial point being located above a touchscreen for industrial robot commissioning, the method comprises: calculating a nominal posture of a work object relative to the industrial robot ; and selecting the initial point according to the nominal posture, wherein a work object is an object which is manipulated and processed by the industrial robot during the process of actually using the industrial robot , the method characterized in that the step of calculating a nominal posture further comprises: obtaining a first output when an inertial sensor is at a first posture and a second output when the inertial sensor is at a second posture, wherein the first posture is same as a posture of a base frame of the industrial robot , and the second posture is same as a posture of the work object ; and calculating a nominal posture of the work object relative to the industrial robot according to the first output and the second output; and wherein the step of selecting the initial point according to the nominal posture further comprises: obtaining a preset position of a pre-touch point, the pre-touch point being any point on the touchscreen, at the pre-touch point with a stylus for industrial robot commissioning touching the touchscreen; and selecting the initial point according to the nominal posture, the pre-touch point, a center point of the touch screen and a preset height. calculating a nominal posture of a work object relative to the industrial robot ; and selecting the initial point according to the nominal posture, obtaining a first output when an inertial sensor is at a first posture and a second output when the inertial sensor is at a second posture, wherein the first posture is same as a posture of a base frame of the industrial robot , and the second posture is same as a posture of the work object ; and calculating a nominal posture of the work object relative to the industrial robot according to the first output and the second output; obtaining a preset position of a pre-touch point, the pre-touch point being any point on the touchscreen, at the pre-touch point with a stylus for industrial robot commissioning touching the touchscreen; and selecting the initial point according to the nominal posture, the pre-touch point, a center point of the touch screen and a preset height.
Clamp device for retaining a container in a container-handling apparatus , preferably for retaining a drinks container in a container-handling apparatus of a bottling plant, comprising two clamp arms which can be moved relative to one another, wherein at least one clamp arm has an interchangeable clamp jaw with a retaining portion for retaining the container which is to be retained, wherein the clamp jaw is formed in one piece and has a latching element for undergoing a form fit with a recess formed in the associated clamp arm , wherein the latching element comprises an elastically deformable region and is formed in the manner of a snap-in hook, characterized in that the latching element comprises a chamfer portion which is inclined counter to a push-on direction , in which the clamp jaw can be pushed onto the associated clamp arm , and the latching element comprises an interaction segment for the purpose of releasing the form fit, wherein actuation of the interaction element makes it possible for the locking of the clamp jaw on the clamp arm to be released such that the clamp jaw can be removed from the clamp arm . the clamp jaw is formed in one piece and has a latching element for undergoing a form fit with a recess formed in the associated clamp arm , wherein the latching element comprises an elastically deformable region and is formed in the manner of a snap-in hook, characterized in that the latching element comprises a chamfer portion which is inclined counter to a push-on direction , in which the clamp jaw can be pushed onto the associated clamp arm , and the latching element comprises an interaction segment for the purpose of releasing the form fit, wherein actuation of the interaction element makes it possible for the locking of the clamp jaw on the clamp arm to be released such that the clamp jaw can be removed from the clamp arm .
Medical ventilator comprising an internal gas circuit in fluidic communication with a connection socket arranged on said medical ventilator , said connection socket comprising: - a socket body traversed axially by an internal passage connecting an inlet orifice , carried by a free proximal end of the socket body , to an outlet orifice , and comprising flow control means which control the circulation of the gas within said internal passage and are arranged in the internal passage between the inlet orifice and outlet orifice , said flow control means comprising a movable valve cooperating with a valve seat , and - a filtration element arranged in the internal passage of the socket body , the filtration element being mounted in a removable fashion within the internal passage of the socket body , the insertion or removal of said filtration element taking place through the inlet orifice of the internal passage carried by the free proximal end of the socket body , said filtration element being arranged in a cartridge with filter , comprising a cartridge body traversed axially by an internal duct , arranged in the internal duct , characterized in that : - the movable valve is made of silicone and has an umbrella shape formed by a rod surmounted by a flat or slightly curved disc, and - the filtration element is a fritted or woven filter. - a socket body traversed axially by an internal passage connecting an inlet orifice , carried by a free proximal end of the socket body , to an outlet orifice , and comprising flow control means which control the circulation of the gas within said internal passage and are arranged in the internal passage between the inlet orifice and outlet orifice , said flow control means comprising a movable valve cooperating with a valve seat , and - a filtration element arranged in the internal passage of the socket body , the filtration element being mounted in a removable fashion within the internal passage of the socket body , the insertion or removal of said filtration element taking place through the inlet orifice of the internal passage carried by the free proximal end of the socket body , said filtration element being arranged in a cartridge with filter , comprising a cartridge body traversed axially by an internal duct , arranged in the internal duct , - the movable valve is made of silicone and has an umbrella shape formed by a rod surmounted by a flat or slightly curved disc, and - the filtration element is a fritted or woven filter.
A barrier film comprising a crosslinked composition comprising a graphene oxide, a polyvinyl alcohol polymer, and a crosslinking group; wherein the crosslinking group connects a graphene oxide platelet to the polyvinyl alcohol, and the crosslinking group is formed from a tetraalkyl orthosilicate, an alkyl dialdehyde, or by exposing the graphene oxide and the polymer to UV radiation without a crosslinker; whereby the film is a barrier to the passage of moisture and gases.
A computer-implemented method for determining a maximum transmission power (Pmax, PR, PO) of a non-geostationary satellite (NSGO1, NGSO2) towards a ground station (GSO_SOL), the method comprising the following steps: - determining the minimum value of a topocentric angle ( α NGSO1, α NGSO2) formed, on the one hand, between the direction between the non-geostationary satellite and the ground station and, on the other hand, between the ground station and a point of the geostationary arc (ARC_GSO) corresponding to the orbit of a constellation of geostationary satellites (GSO); - comparing, in terms of absolute value, the minimum value of the topocentric angle with at least two threshold values ( α r, α o), so as to: - if said minimum value is less, in terms of absolute value, than the first threshold ( α r), define the maximum transmission power of the non-geostationary satellite at a first value (PR); - if said minimum value ranges, in terms of absolute value, between the first threshold and the second threshold ( α o), define the maximum transmission power of the non-geostationary satellite at a second value (PO), greater than the first value; - if said minimum value is greater, in terms of absolute value, than the second threshold, define the maximum transmission power of the non-geostationary satellite at a third value (Pmax), greater than the second value; the first, the second and the third maximum transmission power value (PR, PO, Pmax), the first and the second threshold ( α r, α o) being determined so as to minimise the difference between a distribution of the power levels received by the ground station (GSO_SOL) and cumulated over a time interval and a reference distribution (REF), with the distribution of the received and cumulated power levels being less than the reference distribution (REF). - determining the minimum value of a topocentric angle ( α NGSO1, α NGSO2) formed, on the one hand, between the direction between the non-geostationary satellite and the ground station and, on the other hand, between the ground station and a point of the geostationary arc (ARC_GSO) corresponding to the orbit of a constellation of geostationary satellites (GSO); - comparing, in terms of absolute value, the minimum value of the topocentric angle with at least two threshold values ( α r, α o), so as to: - if said minimum value is less, in terms of absolute value, than the first threshold ( α r), define the maximum transmission power of the non-geostationary satellite at a first value (PR); - if said minimum value ranges, in terms of absolute value, between the first threshold and the second threshold ( α o), define the maximum transmission power of the non-geostationary satellite at a second value (PO), greater than the first value; - if said minimum value is greater, in terms of absolute value, than the second threshold, define the maximum transmission power of the non-geostationary satellite at a third value (Pmax), greater than the second value;
A microorganism of the genus Corynebacterium producing 5'-xanthosine monophosphate, wherein activity of a protein comprising an amino acid sequence of SEQ ID NO: 2 is modified to be enhanced compared to the parent strain, wherein the modification comprises an increase in the number of copies of polynucleotides encoding the protein, replacement of a promoter of the polynucleotide with another promoter having enhanced activity, substitution of a start codon, or a combination thereof.
A MEMS deposition trap comprising: a manifold layer having manifold inlet channels and manifold outlet channels characterized by further comprising a microchannel layer having microchannels connecting the manifold inlet channels to the manifold outlet channels, wherein the manifold layer and the microchannel layer are bonded together so as to form fluid paths between the manifold inlet channels and the manifold outlet channels, wherein the fluid paths are configured such that a fluid is forced to pass through the microchannels when flowing from the manifold inlet channels to the manifold outlet channels, wherein a first manifold inlet channel is formed by two inlet side walls and an inlet end wall connecting the inlet side walls, wherein the inlet side walls are arranged to form an opening at an inlet side of the deposition trap . a manifold layer having manifold inlet channels and manifold outlet channels characterized by further comprising a microchannel layer having microchannels connecting the manifold inlet channels to the manifold outlet channels, wherein the manifold layer and the microchannel layer are bonded together so as to form fluid paths between the manifold inlet channels and the manifold outlet channels, wherein the fluid paths are configured such that a fluid is forced to pass through the microchannels when flowing from the manifold inlet channels to the manifold outlet channels, wherein a first manifold inlet channel is formed by two inlet side walls and an inlet end wall connecting the inlet side walls, wherein the inlet side walls are arranged to form an opening at an inlet side of the deposition trap .
A moving system for transferring workpieces, which are provided for gear cutting on a workpiece spindle and have a workpiece axis of rotation, from a first position (A), adopted while they are being fed, into a second position (C) that in all cases differs from the first position by a smaller distance between the workpiece axis of rotation and the workpiece spindle axis, wherein the moving system has a first movement unit which transfers a workpiece from the first position (A) to a third position (B), different from the first and second position, along a first movement path (AB), and a second movement unit which transfers the workpiece from the third position (B) to the second position (C) along a second movement path (BC), wherein the moving system is also designed to transfer machined workpieces back out of the second position (C) and to hold and move more than one workpiece at the same time, characterised in that , while it is being moved on the first and second movement path, the workpiece is held by one and the same holding unit (10; 10') that directly holds the workpiece, without a movement caused by the second movement unit entailing a movement of the first movement unit, and in that the moving system comprises a guide arrangement which guides the holding unit during the movement along the first movement path and moves together with this movement along the second movement path.
A method for foaming an expandable particle foam material in the form of granulate material, wherein the method comprises the following method steps: - introducing the particle foam material into the interior of a foaming furnace ; - irradiating the particle foam material by means of an infrared radiator arranged in the interior of the foaming furnace ; - discharging the particle foam material out of the interior of the foaming furnace , characterized in that a radiation output of the infrared radiator is determined, and the temperature in the interior of the foaming furnace is controlled by means of a temperature control device , such that the temperature in the interior of the foaming furnace is controlled to a pre-determinable temperature range independently of the determined radiation output of the infrared radiator . - introducing the particle foam material into the interior of a foaming furnace ; - irradiating the particle foam material by means of an infrared radiator arranged in the interior of the foaming furnace ; - discharging the particle foam material out of the interior of the foaming furnace ,
A monitoring camera system having an information processor , terminals connected to the information processor through a network and a moving image splitting device connected to cameras (700A ... 700C) of a camera group that captures moving images and connected to the information processor through the network , the moving image splitting device requests the camera to send a moving image and acquires a captured moving image from the camera in a baseline encoding profile, the moving image splitting device repeats detecting an I frame from the acquired moving image, creating split data with serial numbers allocated in order of captured time in a GOP unit including an I frame, and accumulating the created split data on a storage device, in response to a scheduled-time-gathering request for split data from the information processor , the moving image splitting device extracts split data from the storage device with reference to the serial numbers allocated to the split data, and the moving image splitting device transfers the extracted split data to the information processor, characterized in that every time when receiving the split data, the information processor extracts an I frame and saves the I frame in the order of serial numbers as primary image data, the information processor transmits the stored primary image data to a terminal in response to a fast forward request from the terminal.
A method for monitoring a food product vessel , the food product being an alcoholic beverage and the vessel being a bottle plugged by a plug pressed into a bottleneck, the method comprising the steps of: (a) Associating a monitoring equipment comprising at least one sensor of a physical quantity to said vessel , and being characterised in that it comprises the steps of: (a') Transmitting descriptive data of said vessel to a server from a mobile terminal ; (b) The server periodically receiving data acquired by the at least one sensor ; (c) According to said data acquired by the at least one sensor and the descriptive data of said vessel , generating and emitting a notification to the mobile terminal ; wherein the association of the monitoring equipment to said vessel comprises the physical mounting of said monitoring equipment on the vessel , the monitoring equipment having a substantially cylindrical shape and being mounted on the bottleneck of the bottle by clasping the plug, the monitoring equipment having jaws ensuring the locking of the monitoring equipment on the bottle. (a) Associating a monitoring equipment comprising at least one sensor of a physical quantity to said vessel , and being characterised in that it comprises the steps of: (a') Transmitting descriptive data of said vessel to a server from a mobile terminal ; (b) The server periodically receiving data acquired by the at least one sensor ; (c) According to said data acquired by the at least one sensor and the descriptive data of said vessel , generating and emitting a notification to the mobile terminal ;
A method of assembling a stairlift guide rail, said method comprising: (a) providing a kit comprising a stock of components for a modular guide rail system which comprises from 50 to 150 different sections of guide rail for the assembly of a stairlift guide rail; (b) measuring and assessing an assembly site for stairlift guide rail installation; (c) selecting appropriate components from the kit to construct the stairlift guide rail; (d) assembling a stairlift guide rail by the fitting together of said sections of guide rail, wherein each of said sections of guide rail in the provided kit has a predetermined dimension, wherein said sections of guide rail in the provided kit comprises a plurality of sections of straight guide rail and a plurality of sections of curved guide rail, wherein said plurality of sections of curved guide rail comprises sections shaped to provide a horizontal curvature in use, sections shaped to provide a vertical curvature in use, and sections shaped to provide a horizontal and vertical curvature in use, at a variety of predetermined angles, wherein said plurality of sections of guide rail comprises sections of predetermined lengths, wherein the provided kit comprises a first set of sections of guide rail having vertical curvature at a variety of different angles which are adapted to negotiate decreasing gradients from the vertical to the horizontal in use, and a second set of sections of guide rail having vertical curvature at a variety of different angles which are adapted to negotiate increasing gradients from the horizontal to the vertical in use, wherein said first set of vertical sections of guide rail have vertical curvature at a range of angles which range between 8° and 58°, with a tolerance of between 0.5° and 1°, and said second set of vertical sections of guide rail have vertical curvature at a range of angles which range between -8° and -58°, with a tolerance of between -0.5° and -1°. (a) providing a kit comprising a stock of components for a modular guide rail system which comprises from 50 to 150 different sections of guide rail for the assembly of a stairlift guide rail; (b) measuring and assessing an assembly site for stairlift guide rail installation; (c) selecting appropriate components from the kit to construct the stairlift guide rail; (d) assembling a stairlift guide rail by the fitting together of said sections of guide rail,
Sanitary unit which has a sleeve-shaped outlet mouthpiece that is able to be assembled on a water outlet of a sanitary outlet fitting and has a sleeve interior into which a sanitary functional unit having at least one functional element is inserted, said functional element having a component , wherein the sanitary unit furthermore has a handle, wherein the component , by means of the externally accessible handle and by way of a transmission element that is guided so as to be axially displaceable in the sleeve interior, is adjustable between at least two functional positions, wherein the handle is designed as an activation element , said activation element being held so as to be displaceable on an external circumference of a subregion of the outlet mouthpiece that projects beyond the water outlet of the outlet fitting, and wherein an outlet structure that is permeable to a water jet or guides a water jet and connects the activation element to the transmission element is held on the activation element , characterized in that the transmission element is guided so as to be axially displaceable in the functional element .