mhurhangee/patent-ind-claim-en huggingface dataset:
A heat exchanger for cooling an electronic enclosure , comprising a condenser side and an evaporator side , wherein the heat exchanger comprises a heat exchanging element having a condenser unit and an evaporator unit , wherein the evaporator unit comprises an upper end area , a lower end area and a plurality of channels for transporting a refrigerant from the lower end area to the upper end area , said refrigerant comprising liquid and gas , wherein the heat exchanging element is a thermosiphon , wherein the condenser unit and the evaporator unit are arranged such that the condenser unit and the evaporator unit overlap vertically, and wherein the condenser unit has an upper end area , a lower end area and a plurality of channels , wherein the heat exchanging element has a second line for transporting gas from the upper end area of the evaporator unit to the upper end area of the condenser unit characterized in that the upper end area of the evaporator unit is connected to the lower end area of the evaporator unit by a first line , said first line being configured to transfer only liquid form the upper end area to the lower end area and in that the upper end area of the evaporator unit is configured to let liquid and gas being transported to said upper end area by means of the plurality of channels separate from each other to form a continuous liquid phase and a continuous gas phase so that liquid can flow back to the lower end area of the evaporator unit by means of the first line . wherein the heat exchanger comprises a heat exchanging element having a condenser unit and an evaporator unit , wherein the evaporator unit comprises an upper end area , a lower end area and a plurality of channels for transporting a refrigerant from the lower end area to the upper end area , said refrigerant comprising liquid and gas , wherein the heat exchanging element is a thermosiphon , wherein the condenser unit and the evaporator unit are arranged such that the condenser unit and the evaporator unit overlap vertically, and wherein the condenser unit has an upper end area , a lower end area and a plurality of channels , wherein the heat exchanging element has a second line for transporting gas from the upper end area of the evaporator unit to the upper end area of the condenser unit characterized in that the upper end area of the evaporator unit is connected to the lower end area of the evaporator unit by a first line , said first line being configured to transfer only liquid form the upper end area to the lower end area and in that the upper end area of the evaporator unit is configured to let liquid and gas being transported to said upper end area by means of the plurality of channels separate from each other to form a continuous liquid phase and a continuous gas phase so that liquid can flow back to the lower end area of the evaporator unit by means of the first line .
An apparatus , comprising: a housing defining a bore ; a piston disposed inside the bore and to be coupled to a movable component disposed outside of the bore ; a fluid flowline in fluid communication with a first chamber of the bore and a second chamber of the bore , the first chamber on a first side of the piston , the second chamber on a second side of the piston ; and a valve to control fluid flow through a closed fluid path comprising the first chamber , the fluid flowline and the second chamber , the valve to be in a first state to enable fluid to dampen movement of the component via the piston , the valve to be in a second state in which the valve prevents fluid from flowing past the valve along the fluid flowline , thereby preventing the piston from moving along the bore such that the piston holds the component substantially stationary; a first portion of the fluid flowline being between the first chamber and the valve and a second portion of the fluid flowline being between the second chamber and the valve ; and the first portion of the fluid flowline being in fluid communication with the first chamber and a fluid reservoir via a first check valve and a first relief valve , and the second portion of the fluid flowline being in fluid communication with the second chamber and the fluid reservoir via a second check valve and a second relief valve . a housing defining a bore ; a piston disposed inside the bore and to be coupled to a movable component disposed outside of the bore ; a fluid flowline in fluid communication with a first chamber of the bore and a second chamber of the bore , the first chamber on a first side of the piston , the second chamber on a second side of the piston ; and a valve to control fluid flow through a closed fluid path comprising the first chamber , the fluid flowline and the second chamber , the valve to be in a first state to enable fluid to dampen movement of the component via the piston , the valve to be in a second state in which the valve prevents fluid from flowing past the valve along the fluid flowline , thereby preventing the piston from moving along the bore such that the piston holds the component substantially stationary; a first portion of the fluid flowline being between the first chamber and the valve and a second portion of the fluid flowline being between the second chamber and the valve ; and the first portion of the fluid flowline being in fluid communication with the first chamber and a fluid reservoir via a first check valve and a first relief valve , and the second portion of the fluid flowline being in fluid communication with the second chamber and the fluid reservoir via a second check valve and a second relief valve .
An air freshener comprising: a body case forming a filter installation opening in one side thereof; a filter housing disposed in the body case ; a drawer comprising a frame forming therein a drawer opening , through which air passes, and a filter cover coupled to the frame for covering the filter installation opening ; and a filter module separably located on the frame for filtering the air that has passed through the drawer opening , wherein the drawer is configured to be withdrawn from an inner space of the filter housing through the filter installation opening , wherein the filter housing comprises a pair of drawer guides disposed at opposite sides thereof for guiding withdrawal and introduction of the frame , the drawer comprises a pair of sliders disposed at opposite sides of the frame , the sliders being configured to move along the drawer guides , characterized in that the air freshener further comprises a mesh filter configured to be withdrawn from the inner space of the filter housing independent of the drawer , and the filter housing further comprises a mesh filter guide for guiding withdrawal and introduction of the mesh filter , the mesh filter guide being disposed between the drawer guides in the filter housing so as to be lower than the drawer guides . a body case forming a filter installation opening in one side thereof; a filter housing disposed in the body case ; a drawer comprising a frame forming therein a drawer opening , through which air passes, and a filter cover coupled to the frame for covering the filter installation opening ; and a filter module separably located on the frame for filtering the air that has passed through the drawer opening , wherein the drawer is configured to be withdrawn from an inner space of the filter housing through the filter installation opening , wherein the filter housing comprises a pair of drawer guides disposed at opposite sides thereof for guiding withdrawal and introduction of the frame , the drawer comprises a pair of sliders disposed at opposite sides of the frame , the sliders being configured to move along the drawer guides , characterized in that the air freshener further comprises a mesh filter configured to be withdrawn from the inner space of the filter housing independent of the drawer , and the filter housing further comprises a mesh filter guide for guiding withdrawal and introduction of the mesh filter , the mesh filter guide being disposed between the drawer guides in the filter housing so as to be lower than the drawer guides .
An epoxy resin composition comprising the following constituent elements [A] to [C], wherein the constituent element [C] is the following constituent element [c1] or [c2], and a cured product of the epoxy resin composition has a rubbery state elastic modulus in a dynamic viscoelasticity evaluation measured by a method as set out in the description of 10 MPa or less: [A] a phenyl glycidyl ether substituted with a tert-butyl group, a sec-butyl group, an isopropyl group, or a phenyl group; [B] a bifunctional or higher functional aromatic epoxy resin; and [C] a hardener: [c1] an acid anhydride hardener, wherein the epoxy resin composition comprises an imidazole compound or a tertiary amine compound as an accelerator; or [c2] aliphatic amine hardeners used in combination. [A] a phenyl glycidyl ether substituted with a tert-butyl group, a sec-butyl group, an isopropyl group, or a phenyl group; [B] a bifunctional or higher functional aromatic epoxy resin; and [C] a hardener: [c1] an acid anhydride hardener, wherein the epoxy resin composition comprises an imidazole compound or a tertiary amine compound as an accelerator; or [c2] aliphatic amine hardeners used in combination. [c1] an acid anhydride hardener, wherein the epoxy resin composition comprises an imidazole compound or a tertiary amine compound as an accelerator; or [c2] aliphatic amine hardeners used in combination.
A working machine comprising: a first section with a first frame and at least one oscillation axle having two opposing end portions each being equipped with a propulsion hub , said propulsion hubs holding a first pair of ground engaging members ; a second section with a second frame and a second pair of ground engaging members ; a joint arrangement pivotly connecting a joint arrangement frame portion of said first frame to said second frame; a motor configured for driving at least one ground engaging member of said first pair of ground engaging members in order to create propulsion forces propelling said working machine; a propulsion force transfer arrangement adapted to transfer propulsion forces from said at least one ground engaging member of the first pair of ground engaging members to the second pair of ground engaging members, via the joint arrangement; wherein the propulsion force transfer arrangement comprises a connecting element extending centrally in a longitudinal direction (L) of the working machine, for transferring propulsion forces in said first section from said at least one ground engaging member of said first pair of ground engaging members and said oscillation axle, to said joint arrangement frame portion, characterized in that the working machine further comprises a pivot pin attached to, and being movable with, said oscillation axle, said pivot pin being configured to rest on a pivot pin resting surface of said first frame in order for said oscillation axle to be movable in the longitudinal direction relative said frame. a first section with a first frame and at least one oscillation axle having two opposing end portions each being equipped with a propulsion hub , said propulsion hubs holding a first pair of ground engaging members ; a second section with a second frame and a second pair of ground engaging members ; a joint arrangement pivotly connecting a joint arrangement frame portion of said first frame to said second frame; a motor configured for driving at least one ground engaging member of said first pair of ground engaging members in order to create propulsion forces propelling said working machine; a propulsion force transfer arrangement adapted to transfer propulsion forces from said at least one ground engaging member of the first pair of ground engaging members to the second pair of ground engaging members, via the joint arrangement; wherein the propulsion force transfer arrangement comprises a connecting element extending centrally in a longitudinal direction (L) of the working machine, for transferring propulsion forces in said first section from said at least one ground engaging member of said first pair of ground engaging members and said oscillation axle, to said joint arrangement frame portion, characterized in that the working machine further comprises a pivot pin attached to, and being movable with, said oscillation axle, said pivot pin being configured to rest on a pivot pin resting surface of said first frame in order for said oscillation axle to be movable in the longitudinal direction relative said frame.
Force sensor comprising: o at least one cavity defined by a hollow rigid support , the cavity defining at least two cavity surfaces having different orientations, the cavity preferably having the shape of a polyhedron, in particular a box o on each of said cavity surfaces , at least one respective sensing structure carried by the hollow rigid support and sensitive to a pressure exerted on the corresponding measuring surface, at least one of the sensing structures preferably comprising piezo-resistive or capacitive, preferably piezo-resistive sensing means, and o an elastically deformable medium at least partially filling the cavity , coming into contact with said measuring surfaces and defining a sensing surface (S) on which a force to be sensed is likely to be exerted, the application of this force being capable of generating strain in each sensing structure because of the transmission of forces by said medium . o at least one cavity defined by a hollow rigid support , the cavity defining at least two cavity surfaces having different orientations, the cavity preferably having the shape of a polyhedron, in particular a box o on each of said cavity surfaces , at least one respective sensing structure carried by the hollow rigid support and sensitive to a pressure exerted on the corresponding measuring surface, at least one of the sensing structures preferably comprising piezo-resistive or capacitive, preferably piezo-resistive sensing means, and o an elastically deformable medium at least partially filling the cavity , coming into contact with said measuring surfaces and defining a sensing surface (S) on which a force to be sensed is likely to be exerted, the application of this force being capable of generating strain in each sensing structure because of the transmission of forces by said medium .
A motor vehicle comprising, in a front part of said vehicle : - a cradle ; - two wheel suspension triangles pivotally mounted at two ends , respectively, of the cradle ; - two longitudinal beams each extending towards the front of the vehicle , from a front portion of one of the two ends of the cradle , respectively; - an impactor (123; 223) arranged in front of at least one of the suspension triangles , respectively, and configured to cause displacement and detachment of said triangle in the event of a frontal impact against an obstacle moving along the corresponding longitudinal beam , the vehicle is characterized in that it further comprises at least one cross member between the two longitudinal beams , at the impactor(s) (123; 223), respectively, and the at least one cross member extending transversely and forwards from the corresponding impactor (123; 223). - a cradle ; - two wheel suspension triangles pivotally mounted at two ends , respectively, of the cradle ; - two longitudinal beams each extending towards the front of the vehicle , from a front portion of one of the two ends of the cradle , respectively; - an impactor (123; 223) arranged in front of at least one of the suspension triangles , respectively, and configured to cause displacement and detachment of said triangle in the event of a frontal impact against an obstacle moving along the corresponding longitudinal beam ,
A method of controlling a continuous inkjet printer having an electrostatic deflection facility operable to create an EHT field to deflect charged ink droplets; a power unit operable to power said electrostatic facility; and a control unit operable to enable said power unit , said method comprising configuring said control unit to detect an electrostatic trip event and, in the event of a trip event being detected, to disable said power unit , said method being characterised by configuring said control unit to distinguish between a true trip event and a false trip event by comparing the time period of each trip event with a first predetermined time period and comparing the time period between successive trip events with a second predetermined time period, and identifying a true trip event where at least one of successive trip events has a time period greater than said first predetermined time period and the time between the successive trip events is less than said second predetermined time period.
A vaginal insert device for use in improving symptoms associated with pelvic organ prolapse, urinary incontinence, or both pelvic organ prolapse and urinary incontinence, comprising: an upper portion , which is made of an elastic and non-absorbent material, having a cone-shaped body, having a circular transverse cross-section throughout a length of the upper portion , having a wall with an interior side and an exterior side , an upper open end , a lower end , and a hollow interior , wherein a circumference of the upper portion decreases from the upper open end to the lower end, wherein the upper open end of the upper portion is the innermost portion of the vaginal insert device during insertion, and wherein the wall of the upper portion is configured to be squeezed to make the upper portion into a more compact shape for easier insertion of the vaginal insert device, and wherein said wall expands back to its original shape after the insertion; an exterior rim surrounding and protruding from the exterior side of the wall of the upper portion , the exterior rim being adjacent to said upper open end ; a plurality of ridges surrounding and protruding from the exterior side of the wall of the upper portion , the plurality of ridges being spaced apart from the upper open end to the lower end ; wherein said upper portion , with said exterior rim and said plurality of ridges , holds the vaginal insert device securely in place to impose pressure on the urethral sphincter, or to support pelvic organs, or to both impose pressure on the urethral sphincter and support pelvic organs, when the device is inserted. an upper portion , which is made of an elastic and non-absorbent material, having a cone-shaped body, having a circular transverse cross-section throughout a length of the upper portion , having a wall with an interior side and an exterior side , an upper open end , a lower end , and a hollow interior , wherein a circumference of the upper portion decreases from the upper open end to the lower end, wherein the upper open end of the upper portion is the innermost portion of the vaginal insert device during insertion, and wherein the wall of the upper portion is configured to be squeezed to make the upper portion into a more compact shape for easier insertion of the vaginal insert device, and wherein said wall expands back to its original shape after the insertion; an exterior rim surrounding and protruding from the exterior side of the wall of the upper portion , the exterior rim being adjacent to said upper open end ; a plurality of ridges surrounding and protruding from the exterior side of the wall of the upper portion , the plurality of ridges being spaced apart from the upper open end to the lower end ; wherein said upper portion , with said exterior rim and said plurality of ridges , holds the vaginal insert device securely in place to impose pressure on the urethral sphincter, or to support pelvic organs, or to both impose pressure on the urethral sphincter and support pelvic organs, when the device is inserted.
A plain bearing comprising: an inner component having an outer surface ; and an outer component disposed around the inner component and having an inner surface , wherein the inner and outer surfaces meet at a slip interface , and wherein the inner and outer surfaces each comprise a patterned electrically conductive, low friction material . an inner component having an outer surface ; and an outer component disposed around the inner component and having an inner surface , wherein the inner and outer surfaces meet at a slip interface , and wherein the inner and outer surfaces each comprise a patterned electrically conductive, low friction material .
A drain connector configured to be installed with a sanitary appliance from bottom-up, wherein the drain connector is configured such that it is fitted to an outlet of the appliance with the appliance in its upright orientation; the drain connector comprises: a first hollow body connectable at a first end to an inlet end of a waste conduit; a second hollow body received at least partially within the first hollow body , wherein the second hollow body can extend and retract relative to the first hollow body via a second end of the first hollow body; and at least one sealing element defining an interference and active sealing fit between the first hollow body and the second hollow body ; wherein the first hollow body is tubular and includes an internal first lower step acting as a stop for the second hollow body in the fully retracted position and an internal second upper step , proximate an upper end of the second hollow body, wherein the second upper step is configured to support the at least one sealing element ; wherein the second hollow body is configured to slide relative to the first hollow body thereby extending the height of the drain connector and thereby facilitating connection of the upper end of the second hollow body to the outlet of the sanitary appliance , wherein the upper end of the second hollow body is retrievable and extendable from the first hollow body via the outlet of the sanitary appliance, wherein, in use, the first end of the first hollow body facilitates docking the drain connector to an inlet end of a sub floor waste conduit. a first hollow body connectable at a first end to an inlet end of a waste conduit; a second hollow body received at least partially within the first hollow body , wherein the second hollow body can extend and retract relative to the first hollow body via a second end of the first hollow body; and at least one sealing element defining an interference and active sealing fit between the first hollow body and the second hollow body ; wherein the first hollow body is tubular and includes an internal first lower step acting as a stop for the second hollow body in the fully retracted position and an internal second upper step , proximate an upper end of the second hollow body, wherein the second upper step is configured to support the at least one sealing element ; wherein the second hollow body is configured to slide relative to the first hollow body thereby extending the height of the drain connector and thereby facilitating connection of the upper end of the second hollow body to the outlet of the sanitary appliance , wherein the upper end of the second hollow body is retrievable and extendable from the first hollow body via the outlet of the sanitary appliance, wherein, in use, the first end of the first hollow body facilitates docking the drain connector to an inlet end of a sub floor waste conduit.