mhurhangee/patent-ind-claim-en huggingface dataset:
A connector comprising: a terminal that moves in a contact direction (X) with respect to a counterpart terminal and comes into contact with the counterpart terminal ; a housing that accommodates at least a portion of the terminal ; a temperature sensor that is accommodated in the housing , is disposed in a space portion formed by the housing and the terminal , and detects a temperature of the terminal ; and a holding structure that holds the temperature sensor to be movable in at least a first orthogonal direction (Y) in the space portion , characterized in that the housing has a base portion and a pressing arm portion extending from the base portion in the contact direction (X) and elastically deformable in the first orthogonal direction (Y) orthogonal to the contact direction (X), the pressing arm portion has a protrusion portion that protrudes into the space portion and comes into contact with the temperature sensor , and when the protrusion portion comes into contact with the temperature sensor , the pressing arm portion is elastically deformed to press the temperature sensor located in the space portion with respect to the first orthogonal direction (Y), and the pressed temperature sensor is brought into contact with the terminal . a terminal that moves in a contact direction (X) with respect to a counterpart terminal and comes into contact with the counterpart terminal ; a housing that accommodates at least a portion of the terminal ; a temperature sensor that is accommodated in the housing , is disposed in a space portion formed by the housing and the terminal , and detects a temperature of the terminal ; and a holding structure that holds the temperature sensor to be movable in at least a first orthogonal direction (Y) in the space portion , characterized in that the housing has a base portion and a pressing arm portion extending from the base portion in the contact direction (X) and elastically deformable in the first orthogonal direction (Y) orthogonal to the contact direction (X), the pressing arm portion has a protrusion portion that protrudes into the space portion and comes into contact with the temperature sensor , and when the protrusion portion comes into contact with the temperature sensor , the pressing arm portion is elastically deformed to press the temperature sensor located in the space portion with respect to the first orthogonal direction (Y), and the pressed temperature sensor is brought into contact with the terminal .
A system comprising: a processor; and storage including instructions which, when executed, cause the processor to: in response to a request for a file from a client device, obtain a map corresponding to the file from a remote device; request a first file chunk from a first cloud storage location based on the map, the map including (A) the first cloud storage location for the first file chunk on a first cloud storage service and (B) first login information to access the first cloud storage service; request a second file chunk from a second cloud storage location based on the map, the map including (A) the second cloud storage location for the second file chunk on a second cloud storage service and (B) second login information to access the second cloud storage service; generate the file by combining the first file chunk and the second file chunk; and cause transmission of the file to the client device. a processor; and storage including instructions which, when executed, cause the processor to: in response to a request for a file from a client device, obtain a map corresponding to the file from a remote device; request a first file chunk from a first cloud storage location based on the map, the map including (A) the first cloud storage location for the first file chunk on a first cloud storage service and (B) first login information to access the first cloud storage service; request a second file chunk from a second cloud storage location based on the map, the map including (A) the second cloud storage location for the second file chunk on a second cloud storage service and (B) second login information to access the second cloud storage service; generate the file by combining the first file chunk and the second file chunk; and cause transmission of the file to the client device.
Method for forming a multilayer plastic sheet material for floor and/or wall panels, wherein a first polymer mass comprising a rigid PVC is melted under pressure and is passed through an extruder head at a specified discharge rate in the form of a plastic strand in sheet form that is provided with one or more layers so that a multilayer plastic strand is formed, which is passed to two or more rolls of a calendering device, which processes the multilayer plastic strand into a sheet of defined thickness, which is then led away via a transport device to a sawing device to be cut to the desired length, wherein, after the plastic strand in sheet form leaves the extruder head, it is first passed between a top roll and a bottom roll of a pre calendering unit, wherein the speed of the rolls of the calendering device and the rolls of the pre calendering unit is synchronized with the discharge rate of the plastic strand in sheet form from the extruder head, so that said plastic strand is processed without stress, wherein a second polymer mass comprising a flexible PVC is melted under pressure and is co-extruded on the first polymer mass, both are then passed through the extruder head in the form of a multilayer plastic strand in sheet form, the top layer of which is formed by the second polymer mass, characterized in that the plastic material is provided with a decorative effect by applying a decorative layer of PVC on the plastic strand before the plastic strand in sheet form is passed between the top roll and the bottom roll or by applying a transparent wear layer with a thickness of between 0.1 and 1 mm, which is provided with a print, on the plastic strand before the plastic strand in sheet form is passed between the top roll and the bottom roll.
A laser receiver comprising: a light receptive surface having a fixed geometry; an image sensor configured internal to the light receptive surface for detecting an illumination of the light receptive surface characterized by the illumination of the light receptive surface manifesting as an arc with a fixed radius based on the fixed geometry of the light receptive surface; and a processor for determining an elevation using the illumination of the light receptive surface detected by the image sensor. a light receptive surface having a fixed geometry; an image sensor configured internal to the light receptive surface for detecting an illumination of the light receptive surface characterized by the illumination of the light receptive surface manifesting as an arc with a fixed radius based on the fixed geometry of the light receptive surface; and a processor for determining an elevation using the illumination of the light receptive surface detected by the image sensor.
A crystalline fat comprising a powder density ranging from about 0.04 g/mL to about 0.40 g/mL at room temperature and at least 50% of particles have a particle size ranging from 3 to 60 μm in diameter, and wherein the oil holding capacity (determined according to the procedure described present application) ranges from about 5% to about 80% of the weight of the fat.
Drawer structure for tool-freely detachably storing a receiving body at and/or in a storing device , wherein the drawer structure comprises: a first drawer guide with a first drawer body which is to be rigidly attached to a first side of the storing device , and with a second drawer body which is movably attached to the first drawer body ; a second drawer guide with a first drawer body which is to be rigidly attached to a second side of the storing device , and with a second drawer body which is movably attached to the first drawer body ; a connection structure which connects the movable second drawer bodies ; coupling structures which are configured to be brought in an effective connection, in particular in engagement, with corresponding coupling structures of the receiving body , to tool-freely detachably store the receiving body at the drawer structure ; wherein the connection structure comprises a locking unit for selectively locking the drawer structure . a first drawer guide with a first drawer body which is to be rigidly attached to a first side of the storing device , and with a second drawer body which is movably attached to the first drawer body ; a second drawer guide with a first drawer body which is to be rigidly attached to a second side of the storing device , and with a second drawer body which is movably attached to the first drawer body ; a connection structure which connects the movable second drawer bodies ; coupling structures which are configured to be brought in an effective connection, in particular in engagement, with corresponding coupling structures of the receiving body , to tool-freely detachably store the receiving body at the drawer structure ; wherein the connection structure comprises a locking unit for selectively locking the drawer structure .
A ground-engaging component for an article of footwear , comprising: an upper-facing surface ; and a ground-facing surface opposite the upper-facing surface, wherein at least the ground-facing surface includes a matrix structure , and wherein the matrix structure includes: (a) a heel region including a plurality of open heel support cells , (b) a midfoot region including a plurality of open midfoot support cells , and (c) a forefoot region including a plurality of closed forefoot support cells , wherein the plurality of closed forefoot support cells are closed by a support member that spans multiple cells of the matrix structure, and wherein: (a) the matrix structure is integrally formed with and extends from a bottom surface of the support member; or (b) a top surface of the matrix structure is spaced from a bottom surface of the support member over at least a portion of a bottom surface area of the support member. an upper-facing surface ; and a ground-facing surface opposite the upper-facing surface, wherein at least the ground-facing surface includes a matrix structure , and wherein the matrix structure includes: (a) a heel region including a plurality of open heel support cells , (b) a midfoot region including a plurality of open midfoot support cells , and (c) a forefoot region including a plurality of closed forefoot support cells , wherein the plurality of closed forefoot support cells are closed by a support member that spans multiple cells of the matrix structure, and wherein: (a) the matrix structure is integrally formed with and extends from a bottom surface of the support member; or (b) a top surface of the matrix structure is spaced from a bottom surface of the support member over at least a portion of a bottom surface area of the support member. (a) the matrix structure is integrally formed with and extends from a bottom surface of the support member; or (b) a top surface of the matrix structure is spaced from a bottom surface of the support member over at least a portion of a bottom surface area of the support member.
T-connection between a mullion profile and a transom profile , in particular for mullion-transom-constructions of facades, skylights and conservatories, having at least one connecting element which can be inserted into a cavity of the transom profile and a load transfer device for the load-bearing connection of the transom profile to the mullion profile , wherein the load transfer device is designed as an insertion profile which is fixedly arranged on the connecting element and extends along an outer side surface of the connecting element , characterized by a positive engagement of the insertion profile in a transverse groove of the mullion profile .
Apparatus for detecting powder flow in a tube, comprising a powder pump having a pump outlet , said powder flowing from said pump outlet into a powder flow path , a light source , a light detector for detecting light from said light source when said light source produces light that passes into a portion of said powder flow path , said light detector producing an output in response to the light from said light source that passes through said portion of said powder flow path as powder flows from said pump outlet through said powder flow path , and a circuit for receiving said light detector output and for determining whether powder is flowing through said portion of said powder flow path based on said output, characterised in that said powder pump comprises a pump chamber; in that said powder pump is configured to draw powder into said pump chamber by negative pressure applied to said pump chamber and to push powder out of said pump chamber to said pump outlet by positive pressure applied to said pump chamber, said powder flowing in pulses from said pump outlet into said powder flow path ; in that said light detector is configured to produce a pulsed output in response to intensity of light from said light source that passes through said portion of said powder flow path as powder flows in pulses from said pump outlet through said powder flow path , and in that said circuit: is configured to receive said light detector pulsed output and to determine whether powder is flowing through said portion of said powder flow path based on an average intensity of said light that passes through said portion of said powder flow path .
An integrated wave-absorbing and wave-transparent apparatus, comprising: a wave-transparent structure , comprising a first substrate and a metal patch unit located on opposite surfaces of the first substrate ; and a wave-absorbing structure , disposed on the wave-transparent structure and comprising a first wave-absorbing unit and a second wave-absorbing unit that are perpendicular to each other, wherein the first wave-absorbing unit and the second wave-absorbing unit each comprises: a second substrate ; and a plurality of metal sections and a plurality of stop-bands that are located on surfaces of the second substrate , wherein the plurality of metal sections and the plurality of stop-bands are connected alternately to form an absorption ring , and the metal patch unit is configured to be perpendicular to each of an absorption ring of the first wave-absorbing unit and an absorption ring of the second wave-absorbing unit . a wave-transparent structure , comprising a first substrate and a metal patch unit located on opposite surfaces of the first substrate ; and a wave-absorbing structure , disposed on the wave-transparent structure and comprising a first wave-absorbing unit and a second wave-absorbing unit that are perpendicular to each other, wherein the first wave-absorbing unit and the second wave-absorbing unit each comprises: a second substrate ; and a plurality of metal sections and a plurality of stop-bands that are located on surfaces of the second substrate , wherein the plurality of metal sections and the plurality of stop-bands are connected alternately to form an absorption ring , and the metal patch unit is configured to be perpendicular to each of an absorption ring of the first wave-absorbing unit and an absorption ring of the second wave-absorbing unit . a second substrate ; and a plurality of metal sections and a plurality of stop-bands that are located on surfaces of the second substrate , wherein the plurality of metal sections and the plurality of stop-bands are connected alternately to form an absorption ring , and the metal patch unit is configured to be perpendicular to each of an absorption ring of the first wave-absorbing unit and an absorption ring of the second wave-absorbing unit .
Methanol reformer having a reaction region , a charging region and a discharge region , wherein the reaction region , the charging region and the discharge region are arranged one above the other, wherein the reaction region is arranged at the bottom, wherein at least one first coaxial reaction tube is arranged vertically in the reaction region , wherein the at least one first coaxial reaction tube comprises an outer tube region and an inner tube region , wherein the outer tube region is connected to the charging region and the inner tube region is connected to the discharge region , characterized in that a preheating device for preheating the methanol-water mixture is arranged in the reaction region , wherein the reaction region comprises a preheating device and a reaction device, wherein the preheating device and the reaction device are connected to the charging region , wherein the preheating device and the reaction device are arranged such that the reactants first of all flow through the preheating device in the reaction region , then through the charging region , to be passed to the discharge region via the reaction device in the reaction region , wherein the reaction region , the charging region and the discharge region are arranged in a housing , wherein the discharge region is arranged above the charging region , wherein the reaction region and the charging region are separated by a first separating tray , the charging region and the discharge region are separated by a second separating tray , wherein the outer tube region is connected to the first separating tray and the inner tube region is connected to the second separating tray , wherein the course of flow in the outer tube region runs from top to bottom, wherein the reaction region comprises a lower base , wherein the at least one first coaxial reaction tube is connected to the lower base by a screw connection .
A flow channel switching valve including a valve body provided with a valve chamber and a plurality of flow channels that communicate with the valve chamber , a valve member that is rotatably housed in the valve chamber and that switches connection of the flow channels in accordance with a rotational position, a valve stem that is attached to the valve member along a rotation axis of the valve member , and a drive unit that rotates the valve member via the valve stem , the flow channel switching valve comprising: a rotation angle output shaft that is press-fitted into an attachment hole provided in an end surface of the valve stem ; and a rotation angle detection unit that detects a rotation angle of the rotation angle output shaft around the rotation axis, wherein the attachment hole and the rotation angle output shaft are configured such that the rotation angle output shaft is supported rotatably around the rotation axis in the attachment hole in an inserted state before being press-fitted into the attachment hole , wherein the attachment hole includes a press-fit portion into which a first portion of the rotation angle output shaft is press-fitted, and a guide portion with which a second portion of the rotation angle output shaft comes into contact slidably in an insertion direction and a circumferential direction, and wherein the second portion is formed in a circular columnar shape having the same diameter as the diameter of the guide portion , and the first portion is formed in a circular columnar shape having a diameter smaller than the diameter of the second portion and larger than the diameter of the press-fit portion . a rotation angle output shaft that is press-fitted into an attachment hole provided in an end surface of the valve stem ; and a rotation angle detection unit that detects a rotation angle of the rotation angle output shaft around the rotation axis, wherein the attachment hole and the rotation angle output shaft are configured such that the rotation angle output shaft is supported rotatably around the rotation axis in the attachment hole in an inserted state before being press-fitted into the attachment hole , wherein the attachment hole includes a press-fit portion into which a first portion of the rotation angle output shaft is press-fitted, and a guide portion with which a second portion of the rotation angle output shaft comes into contact slidably in an insertion direction and a circumferential direction, and wherein the second portion is formed in a circular columnar shape having the same diameter as the diameter of the guide portion , and the first portion is formed in a circular columnar shape having a diameter smaller than the diameter of the second portion and larger than the diameter of the press-fit portion .
A printing subassembly , comprising: a frame having first and second members extending in a first direction , the first and second members spaced apart in a second direction orthogonal to the first direction, wherein the first and second directions are orthogonal to a third direction , the frame being removably coupleable to a printing device ; a printbar coupled to the frame; and an alignment system coupled to the frame having at least four alignment features cooperating to constrain translation of the printing subassembly in the third direction and rotation about axes in the first and second directions with respect to the printing device, characterized in that the at least four alignment features comprise at least two features extending from one of the first and second members in the first direction and at least two features extending from the other of the first and second members in the second direction. a frame having first and second members extending in a first direction , the first and second members spaced apart in a second direction orthogonal to the first direction, wherein the first and second directions are orthogonal to a third direction , the frame being removably coupleable to a printing device ; a printbar coupled to the frame; and an alignment system coupled to the frame having at least four alignment features cooperating to constrain translation of the printing subassembly in the third direction and rotation about axes in the first and second directions with respect to the printing device, characterized in that the at least four alignment features comprise at least two features extending from one of the first and second members in the first direction and at least two features extending from the other of the first and second members in the second direction.
A smart sand comprising: raw sand particles ; synthetic SiO 2 particles attached to the raw sand particles ; a first material attached to a first set of the synthetic SiO 2 particles ; a second material attached to a second set of the synthetic SiO 2 particles ; and a third material attached to the first material , wherein each of the first to third materials is different from each other, characterized in that the first material is (3-bromopropyl)trimethoxysilane, BPS, the second material is octadecyl-trimethoxy-silane, OTS, and the third material is poly(4-vinylpyridine), P4VP. raw sand particles ; synthetic SiO 2 particles attached to the raw sand particles ; a first material attached to a first set of the synthetic SiO 2 particles ; a second material attached to a second set of the synthetic SiO 2 particles ; and a third material attached to the first material , wherein each of the first to third materials is different from each other, characterized in that the first material is (3-bromopropyl)trimethoxysilane, BPS, the second material is octadecyl-trimethoxy-silane, OTS, and the third material is poly(4-vinylpyridine), P4VP.