mhurhangee/patent-ind-claim-en huggingface dataset:
A device for assembling two profiles , comprising two male assembly elements formed on a first profile and two female assembly elements formed on the second profile and suitable for receiving the male assembly elements , the female elements having a cross-section comprising a wide part receiving the distal end of the male elements and a narrower part surrounding a proximal end of the male elements , the device for assembling comprising a filling of filler material injected into volumes (V1, V2) defined between the male elements and the wide part of the female elements , and additional connecting means between the first profile and the second profile , characterized in that it further comprises male and female reinforcing elements with complementary shapes provided on outer edges of the first and second profiles , and walls provided on the first and second profiles , maintaining the separation, along a transverse direction (Y), of the reinforcing elements and the narrower parts of the female elements , and in that the additional means comprise a pin connecting the male connecting elements of the first profile to the second profile at the corresponding female connecting elements .
A component assembly of a machine, comprising: a component (70, 74; 104; 300); and an identification device (68A, 68B; 306) embedded in the component, the identification device including a unique code characteristic of the component communicable through an electromagnetic signal, and the identification device (68A 68B; 306) being readable by one or more readers to interrogate the unique code characteristic; wherein the component (70, 74; 104, 300) comprises a waveguide integrally formed in the component (70, 74; 104, 300) forming a communication path and extending from the identification device (68A, 68B; 306) to route a portion of the electromagnetic signal through the component (70, 74; 104, 300); characterised in that : the component includes a component substrate ; and the identification device is disposed in a substrate pocket formed in the component substrate with an electromagnetic reflector to direct transmission in a selected direction. a component (70, 74; 104; 300); and an identification device (68A, 68B; 306) embedded in the component, the identification device including a unique code characteristic of the component communicable through an electromagnetic signal, and the identification device (68A 68B; 306) being readable by one or more readers to interrogate the unique code characteristic; wherein the component (70, 74; 104, 300) comprises a waveguide integrally formed in the component (70, 74; 104, 300) forming a communication path and extending from the identification device (68A, 68B; 306) to route a portion of the electromagnetic signal through the component (70, 74; 104, 300); characterised in that : the component includes a component substrate ; and the identification device is disposed in a substrate pocket formed in the component substrate with an electromagnetic reflector to direct transmission in a selected direction.
A housing for a wind sensor , the housing comprising: a first housing body having a cylindrical cross-section, a second housing body having a cylindrical cross-section, a first reflector in the first housing body and a second reflector in the second housing body and coaxially mounted with the first reflector so as to define a resonant cavity between the first reflector and the second reflector configured to form a measurement cavity for a sensing element in the space between the first reflector and the second reflector ; characterised in that : the housing has at least one surface comprising one or more shaped surface element(s) for inducing turbulence in fluid flowing across the surface comprising the one or more shaped surface element(s) ; wherein the one or more shaped surface element(s) are arranged on the at least one surface extending around the perimeter of the first housing body and/or of the second housing body . a first housing body having a cylindrical cross-section, a second housing body having a cylindrical cross-section, a first reflector in the first housing body and a second reflector in the second housing body and coaxially mounted with the first reflector so as to define a resonant cavity between the first reflector and the second reflector configured to form a measurement cavity for a sensing element in the space between the first reflector and the second reflector ; characterised in that : the housing has at least one surface comprising one or more shaped surface element(s) for inducing turbulence in fluid flowing across the surface comprising the one or more shaped surface element(s) ; wherein the one or more shaped surface element(s) are arranged on the at least one surface extending around the perimeter of the first housing body and/or of the second housing body . the housing has at least one surface comprising one or more shaped surface element(s) for inducing turbulence in fluid flowing across the surface comprising the one or more shaped surface element(s) ; wherein the one or more shaped surface element(s) are arranged on the at least one surface extending around the perimeter of the first housing body and/or of the second housing body .
A biomaterial test apparatus comprising: a housing ; a platform receiving chamber arranged inside the housing and capable of receiving a platform into which a biomaterial is injected; a display which is arranged outside the housing and displays a control screen to test the biomaterial; and a temperature sensor which senses an air temperature in the vicinity of the platform receiving chamber; characterized in that the biomaterial test apparatus further comprises a control unit which, when the air temperature is less than a predetermined first critical temperature, controls the display so as to display a screen indicating that the test is impracticable; wherein the platform receiving chamber comprises a heater which heats the inside of the platform receiving chamber, and when the air temperature is less than the first critical temperature, the control unit blocks driving of the heater . a housing ; a platform receiving chamber arranged inside the housing and capable of receiving a platform into which a biomaterial is injected; a display which is arranged outside the housing and displays a control screen to test the biomaterial; and a temperature sensor which senses an air temperature in the vicinity of the platform receiving chamber; characterized in that the biomaterial test apparatus further comprises a control unit which, when the air temperature is less than a predetermined first critical temperature, controls the display so as to display a screen indicating that the test is impracticable; wherein the platform receiving chamber comprises a heater which heats the inside of the platform receiving chamber, and when the air temperature is less than the first critical temperature, the control unit blocks driving of the heater .
A stackable construction block for building a construction block assembly by joining two or more such stackable construction blocks when provided in stacked form using at least one block-joining element , the stackable construction block having a body with first and second mutually opposed, spaced surfaces , which are joined around their peripheries by one or more external surfaces across which at least one open-ended channel extends, wherein the first and second surfaces are provided with one or more protrusions and/or recesses adapted to aid stacking of said two or more blocks , wherein the one or more protrusions and/or recesses provided in the first surface are arranged so as to be mutually complementary with the one or more protrusions and/or recesses provided in the second surface ; wherein said at least one open-ended channel is adapted to receive said block-joining element to join said two or more stackable construction blocks when provided in stacked form, thereby building said construction block assembly , and characterized in that the stackable construction block is formed from a polymeric material having a density of no more than 45 kg/m 3 . wherein the first and second surfaces are provided with one or more protrusions and/or recesses adapted to aid stacking of said two or more blocks , wherein the one or more protrusions and/or recesses provided in the first surface are arranged so as to be mutually complementary with the one or more protrusions and/or recesses provided in the second surface ; wherein said at least one open-ended channel is adapted to receive said block-joining element to join said two or more stackable construction blocks when provided in stacked form, thereby building said construction block assembly , and characterized in that
Extractor hood having at least one lighting module , characterised in that the extractor hood comprises an air guide unit which has a base plate which consists of light-conducting material, the at least one lighting module is inserted in the base plate of the air guide unit , that the lighting module has a frame-shaped base body and that at least one lighting element is arranged on the frame-shaped base body such that the at least one lighting element emits light (L) in the plane of the frame-shaped base body .
Hinge for a movable furniture part , in particular a door or flap, that is fastened to a body of an item of furniture , wherein the hinge has a first attachment element , which is connected pivotably to a second attachment element via a joint mechanism (6-11), wherein the joint mechanism (6-11) comprises at least one articulated lever , which is mounted pivotably on the first attachment element via a first bearing element , wherein the articulated lever is arranged in a rotationally fixed manner on the first bearing element , and wherein the first bearing element has an eccentric member , which acts on a damping element , characterized in that the damping element has a linear damping movement.
A data transmission method for a vehicle communication interface apparatus , characterized in that the vehicle communication interface apparatus comprises a first controller and a second controller , and the method comprises the steps of: receiving , by the first controller , a diagnostic command sent by a host computer , and storing the diagnostic command into a first queue; obtaining , by the second controller , the diagnostic command from the first queue, and sending the diagnostic command to an electronic control unit, ECU, in a vehicle connected to the vehicle communication interface apparatus ; receiving , by the second controller , diagnostic data from the ECU, and storing the diagnostic data into a second queue, obtaining by the first controller the diagnostic data from the second queue and send the diagnostic data to the host computer ; and determining , by the first controller , a processing sequence for the diagnostic data and the diagnostic command according to priorities of the diagnostic data and the diagnostic command when the first controller detects that the diagnostic data is stored in the second queue and receives the diagnostic command sent by the host computer , to enable the one of the diagnostic command and the diagnostic data of which priority is higher to be responded to first. receiving , by the first controller , a diagnostic command sent by a host computer , and storing the diagnostic command into a first queue; obtaining , by the second controller , the diagnostic command from the first queue, and sending the diagnostic command to an electronic control unit, ECU, in a vehicle connected to the vehicle communication interface apparatus ; receiving , by the second controller , diagnostic data from the ECU, and storing the diagnostic data into a second queue, obtaining by the first controller the diagnostic data from the second queue and send the diagnostic data to the host computer ; and determining , by the first controller , a processing sequence for the diagnostic data and the diagnostic command according to priorities of the diagnostic data and the diagnostic command when the first controller detects that the diagnostic data is stored in the second queue and receives the diagnostic command sent by the host computer , to enable the one of the diagnostic command and the diagnostic data of which priority is higher to be responded to first.
An atomizer comprising: a reservoir (144; 244; 344; 544; 744; 844) formed of a porous ceramic or a porous glass and including a liquid aerosol precursor composition; a liquid transport element (136; 236; 336; 536; 736; 836; 936) formed of a porous monolith and configured for transport of the liquid aerosol precursor composition; and a heater (134; 234; 334; 434; 534; 634; 734; 834; 934) in a heating arrangement with the liquid transport element (136; 236; 336; 536; 736; 836; 936), characterised in that the reservoir (144; 244; 344; 544; 744; 844) and the liquid transport element (136; 236; 336; 536; 736; 836; 936) are unitary. a reservoir (144; 244; 344; 544; 744; 844) formed of a porous ceramic or a porous glass and including a liquid aerosol precursor composition; a liquid transport element (136; 236; 336; 536; 736; 836; 936) formed of a porous monolith and configured for transport of the liquid aerosol precursor composition; and a heater (134; 234; 334; 434; 534; 634; 734; 834; 934) in a heating arrangement with the liquid transport element (136; 236; 336; 536; 736; 836; 936), characterised in that the reservoir (144; 244; 344; 544; 744; 844) and the liquid transport element (136; 236; 336; 536; 736; 836; 936) are unitary.
A controlled motion system comprising: a track comprising a linear magnetic motor having a stator , wherein the stator comprises: a base having a plurality of teeth , wherein at least some of the plurality of teeth include electromagnetic coils configured to produce a magnetic flux , and a bridge element to reduce variation in the air gap reluctance, the bridge element being a sheet disposed on top of the plurality of teeth of the stator, and the bridge element being made of a material having a magnetic permeability of 5.0 x 10-3 H/m or greater; and one or more movers mounted to move along the track by utilizing the magnetic flux. a track comprising a linear magnetic motor having a stator , wherein the stator comprises: a base having a plurality of teeth , wherein at least some of the plurality of teeth include electromagnetic coils configured to produce a magnetic flux , and a bridge element to reduce variation in the air gap reluctance, the bridge element being a sheet disposed on top of the plurality of teeth of the stator, and the bridge element being made of a material having a magnetic permeability of 5.0 x 10-3 H/m or greater; and a base having a plurality of teeth , wherein at least some of the plurality of teeth include electromagnetic coils configured to produce a magnetic flux , and a bridge element to reduce variation in the air gap reluctance, the bridge element being a sheet disposed on top of the plurality of teeth of the stator, and the bridge element being made of a material having a magnetic permeability of 5.0 x 10-3 H/m or greater; and one or more movers mounted to move along the track by utilizing the magnetic flux.
A hygienic thin-leaf paper comprising: a first sheet having front and back surfaces, on which a plurality of embossed protrusions (EC1) and a plurality of embossed recesses (ED1) corresponding to the plurality of embossed protrusions (EC1) are respectively formed; and a second sheet having front and back surfaces, on which a plurality of embossed protrusions (EC2) and a plurality of embossed recesses (ED2) corresponding to the plurality of embossed protrusions (EC2) are respectively formed, wherein the first sheet and the second sheet are integrated by facing the surfaces formed with the embossed protrusions (EC1, EC2) in a nested form, wherein each of the first sheet and the second sheet have an embossed portion , on which the plurality of embossed protrusions (EC1, EC2) and a plurality of non-embossed-protrusion portions (NE1, NE2) are formed, wherein at least one of the first sheet and the second sheets have a non-embossed portion , on which the plurality of embossed protrusions (EC1, EC2) and the plurality of non-embossed-protrusion portions (NE1, NE2) are not formed, wherein the non-embossed portion is in a shape that there is no intersection within the non-embossed portions or that the non-embossed portions do not intersect each other in the first sheet and/or the second sheet , and wherein an area ratio of the area of the non-embossed portion to sheet surface on which the non-embossed portion is formed is 3 to 16%. a first sheet having front and back surfaces, on which a plurality of embossed protrusions (EC1) and a plurality of embossed recesses (ED1) corresponding to the plurality of embossed protrusions (EC1) are respectively formed; and a second sheet having front and back surfaces, on which a plurality of embossed protrusions (EC2) and a plurality of embossed recesses (ED2) corresponding to the plurality of embossed protrusions (EC2) are respectively formed, wherein the first sheet and the second sheet are integrated by facing the surfaces formed with the embossed protrusions (EC1, EC2) in a nested form, wherein each of the first sheet and the second sheet have an embossed portion , on which the plurality of embossed protrusions (EC1, EC2) and a plurality of non-embossed-protrusion portions (NE1, NE2) are formed, wherein at least one of the first sheet and the second sheets have a non-embossed portion , on which the plurality of embossed protrusions (EC1, EC2) and the plurality of non-embossed-protrusion portions (NE1, NE2) are not formed, wherein the non-embossed portion is in a shape that there is no intersection within the non-embossed portions or that the non-embossed portions do not intersect each other in the first sheet and/or the second sheet , and wherein an area ratio of the area of the non-embossed portion to sheet surface on which the non-embossed portion is formed is 3 to 16%.
A safety switch device (100; 200; 300; 400) configured to perform at least one of connecting a load to a power supply and disconnecting the load from the power supply , the safety switch device (100; 200; 300; 400) comprising: a first set of two serially connected controllable switching elements ; a safety circuit to verify a switching state of the first set of two switching elements , wherein each switching element of the first set of two switching elements is configured as a toggle having a first contact electrically connected to either a second contact or a third contact , wherein the second contact is comprised in the safety circuit and the third contact is comprised in a load circuit comprising the load ; a control circuit configured to provide a test signal to the safety circuit ; and decoupling means configured to galvanically decouple the load circuit from the control circuit , wherein the decoupling means comprise a transformer , and the control circuit comprises a transformer driver configured to provide the test signal to the safety circuit via the transformer . a first set of two serially connected controllable switching elements ; a safety circuit to verify a switching state of the first set of two switching elements , wherein each switching element of the first set of two switching elements is configured as a toggle having a first contact electrically connected to either a second contact or a third contact , wherein the second contact is comprised in the safety circuit and the third contact is comprised in a load circuit comprising the load ; a control circuit configured to provide a test signal to the safety circuit ; and decoupling means configured to galvanically decouple the load circuit from the control circuit , wherein the decoupling means comprise a transformer , and the control circuit comprises a transformer driver configured to provide the test signal to the safety circuit via the transformer .
A compound of formula II -vi-a, II -vi-b , or II- iv : wherein: A - is chiral anion of a chiral acid selected from the group consisting of camphorsulfonic acid (-), tartaric acid (+), malic acid (-), N-acetyl-L-leucine (-), ditoluoyl-L-tartaric acid (-), deoxycholic acid (+), quinic acid (-), camphoric acid (+), tert-butoxycarbonyl-alanine (-), tartaric acid (-), ditoluoyl-D-tartaric acid (+), camphorsulfonic acid (+), dibenzoyl-D-tartaric acid (+), L-citramalic (+), 5-acetyl mandelic acid (+), tert butoxycarbonyl-isoleucine (+), (S)-mandelic acid, and (R)-mandelic acid; Cy 1 is thiazolyl; and Cy 2 is an optionally substituted 5-10 membered saturated, partially unsaturated, or aromatic monocyclic or bicyclic ring having 0-4 heteroatoms, independently selected from nitrogen, oxygen, or sulfur, wherein the substituents are selected from the group consisting of Cl, F, CF 3 , and C 1-4 alkyl. A - is chiral anion of a chiral acid selected from the group consisting of camphorsulfonic acid (-), tartaric acid (+), malic acid (-), N-acetyl-L-leucine (-), ditoluoyl-L-tartaric acid (-), deoxycholic acid (+), quinic acid (-), camphoric acid (+), tert-butoxycarbonyl-alanine (-), tartaric acid (-), ditoluoyl-D-tartaric acid (+), camphorsulfonic acid (+), dibenzoyl-D-tartaric acid (+), L-citramalic (+), 5-acetyl mandelic acid (+), tert butoxycarbonyl-isoleucine (+), (S)-mandelic acid, and (R)-mandelic acid; Cy 1 is thiazolyl; and Cy 2 is an optionally substituted 5-10 membered saturated, partially unsaturated, or aromatic monocyclic or bicyclic ring having 0-4 heteroatoms, independently selected from nitrogen, oxygen, or sulfur, wherein the substituents are selected from the group consisting of Cl, F, CF 3 , and C 1-4 alkyl.