mhurhangee/patent-ind-claim-en huggingface dataset:
A built-in element , in particular for assembly on a building side wall, for separating an interior space (I) from an exterior space (A), comprising - a stationary element with an end region formed open-edged at the front at least in regions in the direction of a building wall , - a wall connection for fastening the stationary element on the building wall , wherein the wall connection has at least one side wall part for accommodating the end region and a base wall part with a fastening opening for guiding through a fastening means for fastening the wall connection on the building wall , characterized by - a fastening element with a continuous assembly channel for guiding through the fastening means , wherein the fastening element is arranged on the inside of the base wall part of the wall connection and the wall connection is fastened on the building wall via the fastening means guided through the assembly channel and the fastening opening of the base wall part , and the stationary element covers at least in regions the fastening element with its end region and is connected to the fastening element via a first connector means arranged transverse to the fastening means . - a stationary element with an end region formed open-edged at the front at least in regions in the direction of a building wall , - a wall connection for fastening the stationary element on the building wall , wherein the wall connection has at least one side wall part for accommodating the end region and a base wall part with a fastening opening for guiding through a fastening means for fastening the wall connection on the building wall , characterized by - a fastening element with a continuous assembly channel for guiding through the fastening means , wherein the fastening element is arranged on the inside of the base wall part of the wall connection and the wall connection is fastened on the building wall via the fastening means guided through the assembly channel and the fastening opening of the base wall part , and the stationary element covers at least in regions the fastening element with its end region and is connected to the fastening element via a first connector means arranged transverse to the fastening means .
A cooler , comprising: a cooling plate having a flat shape and including a plurality of refrigerant passages partitioned by a plurality of partition walls parallel to each other along a longitudinal direction; a first cutout portion , which is formed at one end of the cooling plate in the longitudinal direction, and is opened on an upper side and at an end portion in the longitudinal direction while leaving both side walls in a width direction and one of the plurality of partition walls; a second cutout portion , which is formed at another end of the cooling plate in the longitudinal direction, and is opened on the upper side and at an end portion in the longitudinal direction while leaving both the side walls in the width direction; characterized in that a first upper lid member is joined to the first cutout portion , and has a refrigerant inlet port and a refrigerant outlet port respectively communicating to a refrigerant inlet side and a refrigerant outlet side partitioned by the one of the plurality of partition walls and a second upper lid member is joined to the second cutout portion , and forms, between the second upper lid member and the second cutout portion , a flow passage space causing the refrigerant inlet side and the refrigerant outlet side to communicate to each other. a cooling plate having a flat shape and including a plurality of refrigerant passages partitioned by a plurality of partition walls parallel to each other along a longitudinal direction; a first cutout portion , which is formed at one end of the cooling plate in the longitudinal direction, and is opened on an upper side and at an end portion in the longitudinal direction while leaving both side walls in a width direction and one of the plurality of partition walls; a second cutout portion , which is formed at another end of the cooling plate in the longitudinal direction, and is opened on the upper side and at an end portion in the longitudinal direction while leaving both the side walls in the width direction; characterized in that a first upper lid member is joined to the first cutout portion , and has a refrigerant inlet port and a refrigerant outlet port respectively communicating to a refrigerant inlet side and a refrigerant outlet side partitioned by the one of the plurality of partition walls and a second upper lid member is joined to the second cutout portion , and forms, between the second upper lid member and the second cutout portion , a flow passage space causing the refrigerant inlet side and the refrigerant outlet side to communicate to each other.
A controller of a head unit in a vehicle, the controller configured to: communicate with a smartphone via a near-field communication protocol; receive information regarding a current operation or a current environment of the vehicle; determine whether or how to control operation of an application software, hereinafter abbreviated by app, based on the current operation or the current environment of the vehicle, wherein the controller is configured to determine whether or how to control operation of the app by determining a type of app, wherein the type of app comprises whether the app is controllable by the controller in order to reduce distraction to a driver of the vehicle; and control execution of the app by: in response to determining that the app is controllable by the controller in order to reduce distraction to the driver of the vehicle, cause modification of at least one aspect of the execution of the app while maintaining execution of the app; and in response to determining that the app is not controllable by the controller in order to reduce distraction to the driver of the vehicle, cause the halting of execution of the app or change display of the app to a background of a display, wherein the app comprises a software application downloaded from a server to the smartphone. communicate with a smartphone via a near-field communication protocol; receive information regarding a current operation or a current environment of the vehicle; determine whether or how to control operation of an application software, hereinafter abbreviated by app, based on the current operation or the current environment of the vehicle, wherein the controller is configured to determine whether or how to control operation of the app by determining a type of app, wherein the type of app comprises whether the app is controllable by the controller in order to reduce distraction to a driver of the vehicle; and control execution of the app by: in response to determining that the app is controllable by the controller in order to reduce distraction to the driver of the vehicle, cause modification of at least one aspect of the execution of the app while maintaining execution of the app; and in response to determining that the app is not controllable by the controller in order to reduce distraction to the driver of the vehicle, cause the halting of execution of the app or change display of the app to a background of a display, in response to determining that the app is controllable by the controller in order to reduce distraction to the driver of the vehicle, cause modification of at least one aspect of the execution of the app while maintaining execution of the app; and in response to determining that the app is not controllable by the controller in order to reduce distraction to the driver of the vehicle, cause the halting of execution of the app or change display of the app to a background of a display, wherein the app comprises a software application downloaded from a server to the smartphone.
A vehicle seat comprising: a vertically disposed post , the upper end having a bracket for mounting to a vehicle; a vertically disposed tube slidably engaged about said post ; a passenger seat, mounted to said tube ; a shock absorber, one end of said shock absorber being fixed to said post and the other end being fixed to said tube ; and a trailing arm , one end of said trailing arm being pivotally connected to the lower end of said post , and the other end being adapted to be pivotally connected to said vehicle, providing stability and a linear actuator for adjusting the height of the passenger seat; characterised in that one end of the linear actuator is fixed to said post with a shear pin , and the other end is fixed to said tube , the shear pin bearing the weight of said passenger seat until failing, at which point the shock absorber bears the weight of said passenger seat. a vertically disposed post , the upper end having a bracket for mounting to a vehicle; a vertically disposed tube slidably engaged about said post ; a passenger seat, mounted to said tube ; a shock absorber, one end of said shock absorber being fixed to said post and the other end being fixed to said tube ; and a trailing arm , one end of said trailing arm being pivotally connected to the lower end of said post , and the other end being adapted to be pivotally connected to said vehicle, providing stability and a linear actuator for adjusting the height of the passenger seat; characterised in that one end of the linear actuator is fixed to said post with a shear pin , and the other end is fixed to said tube , the shear pin bearing the weight of said passenger seat until failing, at which point the shock absorber bears the weight of said passenger seat.
An in vitro method for detecting one or more target low molecular weight analyte(s) in a biological fluid, the method comprising contacting a biological fluid suspected of containing the target low molecular weight analyte(s) with porous germanium (pGe) microparticles (MPs) under conditions to allow the pGe MPs to capture the target low molecular weight analyte(s) when present from the biological fluid, and analysing the pGe MPs by surface-assisted laser desorption/ionisation (SALDI) mass spectrometry to detect the target low molecular weight analyte(s) when present.
An X-ray fluorescence apparatus, comprising: a sample stage for supporting a sample ; an X-ray source ; an energy dispersive X-ray detector ; characterised by a conical collimator which is integrally formed as a single unit, wherein the conical collimator is provided either between the sample and the X-ray source or between the sample and the energy-dispersive X-ray detector, the conical collimator including a plurality of truncated cones arranged concentrically around a central axis, the truncated cones having a common apex defining a central measurement spot on the sample, wherein: when the conical collimator is between the sample and the X-ray source it is arranged to collimate X-rays from the X-ray source onto the central measurement spot, and when the conical collimator is provided between the sample and the energy-dispersive X-ray detector, only X-rays from the central measurement spot are able to pass through the conical collimator and arrive at the X-ray detector. a sample stage for supporting a sample ; an X-ray source ; an energy dispersive X-ray detector ; characterised by a conical collimator which is integrally formed as a single unit, wherein the conical collimator is provided either between the sample and the X-ray source or between the sample and the energy-dispersive X-ray detector, the conical collimator including a plurality of truncated cones arranged concentrically around a central axis, the truncated cones having a common apex defining a central measurement spot on the sample, wherein: when the conical collimator is between the sample and the X-ray source it is arranged to collimate X-rays from the X-ray source onto the central measurement spot, and when the conical collimator is provided between the sample and the energy-dispersive X-ray detector, only X-rays from the central measurement spot are able to pass through the conical collimator and arrive at the X-ray detector. when the conical collimator is between the sample and the X-ray source it is arranged to collimate X-rays from the X-ray source onto the central measurement spot, and when the conical collimator is provided between the sample and the energy-dispersive X-ray detector, only X-rays from the central measurement spot are able to pass through the conical collimator and arrive at the X-ray detector.
A hybrid oil pump for a vehicle comprising an internal combustion engine , wherein the hybrid oil pump comprises: - an oil pump unit for pumping pressurized oil to the internal combustion engine , - a mechanical drive for driving the oil pump unit in a mechanical driving mode, wherein the mechanical drive is mechanically connected to and driven by the engine , - an electrical drive for driving the oil pump unit in an electrical driving mode, wherein the electrical drive comprises a synchronous reluctance motor without permanent magnets, which is directly mechanically connected to the pump unit so that a rotor of the reluctance motor co-rotates with a pump shaft , and - a freewheel clutch , which automatically couples the mechanical drive with a pump shaft when the rotational speed of the mechanical drive is higher than the rotational speed of the synchronous reluctance motor , so that the rotor of the synchronous reluctance motor is rotated by the mechanical drive . - an oil pump unit for pumping pressurized oil to the internal combustion engine , - a mechanical drive for driving the oil pump unit in a mechanical driving mode, wherein the mechanical drive is mechanically connected to and driven by the engine , - an electrical drive for driving the oil pump unit in an electrical driving mode, wherein the electrical drive comprises a synchronous reluctance motor without permanent magnets, which is directly mechanically connected to the pump unit so that a rotor of the reluctance motor co-rotates with a pump shaft , and - a freewheel clutch , which automatically couples the mechanical drive with a pump shaft when the rotational speed of the mechanical drive is higher than the rotational speed of the synchronous reluctance motor , so that the rotor of the synchronous reluctance motor is rotated by the mechanical drive .
A method for testing a software application program , comprising: storing in a vulnerability database records of security vulnerabilities identified in execution of at least a first version of the program, each record comprising a location field containing a respective signature indicative of a location in the execution at which a corresponding security vulnerability was detected and a metadata field indicative of a respective control flow path on which the corresponding security vulnerability occurred; detecting a further security vulnerability at a given location in a subsequent execution of a second version of the program, developed subsequently to the first version; computing a new signature of the given location and comparing the new signature to the location field of the records in the database; and when no record is found to match the new signature, outputting an indication to a developer of the program of an occurrence of a new security vulnerability. storing in a vulnerability database records of security vulnerabilities identified in execution of at least a first version of the program, each record comprising a location field containing a respective signature indicative of a location in the execution at which a corresponding security vulnerability was detected and a metadata field indicative of a respective control flow path on which the corresponding security vulnerability occurred; detecting a further security vulnerability at a given location in a subsequent execution of a second version of the program, developed subsequently to the first version; computing a new signature of the given location and comparing the new signature to the location field of the records in the database; and when no record is found to match the new signature, outputting an indication to a developer of the program of an occurrence of a new security vulnerability.
A work centre to process section bars , in particular made of aluminium, light alloys, PVC or the like, comprising an elongated base extending in a first direction ; a plurality of crosspieces , each movable along the base in the first direction and supporting at least one gripping unit designed to hold at least one section bar ; and an operating head to cut and/or process the section bars , which is movable along the base in the first direction and above the base in a second direction , which is transverse to the first direction ; a signalling unit provided with a plurality of light devices distributed along the base in the first direction , characterised in that it further comprises an electronic control unit configured to selectively turn on the light devices and to signal to the operators in charge the position of each section bar to be loaded in the relative gripping units .
A composite electrolyte comprising: pulverized inorganic compound particles having lithium ion conductivity at 25°C of 1×10 -10 S/cm or more and containing a solvent, wherein the solvent is comprised inside and on the surface of the inorganic compound particles, the solvent comprised inside the inorganic compound particles being present in a state where molecules of the inorganic compound and molecules of the solvent are chemically bonded to each other, and the solvent on the surface being present in a state of being chemically bonded to the molecule of the inorganic compound on the particle surface or physically adsorbed on the particle surface; an organic electrolyte; and a binder, wherein an average particle diameter of the inorganic compound particles, determined by a scanning electron microscope, is 0.1 um or more and less than 5 um, and a ratio of a weight of the solvent to a total weight of the inorganic compound particles and the solvent is 0.1% by weight or more and less than 8% by weight, the weight of the solvent comprised in the inorganic compound particles is measured by thermogravimetry according to a method described in the specification, and the inorganic compound particles comprise at least one selected from the group consisting of a sulfide-based Li 2 SeP 2 S 5 glass ceramic, an inorganic compound having a perovskite type structure, an inorganic compound having a LiSICON type structure, an inorganic compound having a NASICON skeleton, Li 3.6 Si 0.6 PO 4 , amorphous LIPON, and an inorganic compound having a garnet type structure. pulverized inorganic compound particles having lithium ion conductivity at 25°C of 1×10 -10 S/cm or more and containing a solvent, wherein the solvent is comprised inside and on the surface of the inorganic compound particles, the solvent comprised inside the inorganic compound particles being present in a state where molecules of the inorganic compound and molecules of the solvent are chemically bonded to each other, and the solvent on the surface being present in a state of being chemically bonded to the molecule of the inorganic compound on the particle surface or physically adsorbed on the particle surface; an organic electrolyte; and a binder, wherein an average particle diameter of the inorganic compound particles, determined by a scanning electron microscope, is 0.1 um or more and less than 5 um, and a ratio of a weight of the solvent to a total weight of the inorganic compound particles and the solvent is 0.1% by weight or more and less than 8% by weight, the weight of the solvent comprised in the inorganic compound particles is measured by thermogravimetry according to a method described in the specification, and the inorganic compound particles comprise at least one selected from the group consisting of a sulfide-based Li 2 SeP 2 S 5 glass ceramic, an inorganic compound having a perovskite type structure, an inorganic compound having a LiSICON type structure, an inorganic compound having a NASICON skeleton, Li 3.6 Si 0.6 PO 4 , amorphous LIPON, and an inorganic compound having a garnet type structure.
Wrapping device for wrapping a sheet around a group of segments, the wrapping device comprising: a wrapping conveyor comprising a conveyor surface for receiving the group of segments; and a contact element providing a counter surface , wherein the counter surface is arranged at a distance to the conveyor surface of the wrapping conveyor , wherein the counter surface faces the conveyor surface of the wrapping conveyor , and wherein the counter surface is configured to engage the group of segments and the sheet when the group of segments is moved along the counter surface by the wrapping conveyor to cause rotation of the group of segments to wrap the group of segments with the sheet , wherein at least a first portion of the contact element comprising at least a first part of the counter surface is formed by a first material being an elastic material having a shore hardness between 30 A and 70 A, and wherein a second portion of the contact element comprises a second part of the counter surface and has different elastic properties than the first portion of the contact element , wherein the first portion of the contact element and the second portion of the contact element are arranged to contact the group of segments at different positions. a wrapping conveyor comprising a conveyor surface for receiving the group of segments; and a contact element providing a counter surface , wherein the counter surface is arranged at a distance to the conveyor surface of the wrapping conveyor , wherein the counter surface faces the conveyor surface of the wrapping conveyor , and wherein the counter surface is configured to engage the group of segments and the sheet when the group of segments is moved along the counter surface by the wrapping conveyor to cause rotation of the group of segments to wrap the group of segments with the sheet , wherein at least a first portion of the contact element comprising at least a first part of the counter surface is formed by a first material being an elastic material having a shore hardness between 30 A and 70 A, and wherein a second portion of the contact element comprises a second part of the counter surface and has different elastic properties than the first portion of the contact element , wherein the first portion of the contact element and the second portion of the contact element are arranged to contact the group of segments at different positions.