mhurhangee/patent-ind-claim-en huggingface dataset:
Filling plant for treating bottles as required, comprising: at least one bottle treating device (1; 190); a first supply line , which supplies a first bottle type ; at least one further supply line , which supplies a first further bottle type , wherein the first further bottle type differs in the shape and/or in the size from the first bottle type ; a sorter , which is configured to remove bottles selectively arbitrarily from each of the supply lines , and to line up the bottles arranged in a predetermined order on an infeed section, and to feed them to the bottle handline device (1; 190) in the predetermined order, wherein the predetermined order can be chosen freely, and wherein the sorter comprises several movers , which are driven independently and individually, characterized in that the bottle treating device (1; 190) is formed as carousel device and that the filling plant has a removal system for removing the bottles from the bottle treating device (1; 190), wherein a number of cycles in the bottle treating device (1; 190) can be controlled individually for each bottle, and that each mover comprises a gripper for removing a bottle from the supply lines and/or for feeding the bottle into the bottle treating device (1; 190). at least one bottle treating device (1; 190); a first supply line , which supplies a first bottle type ; at least one further supply line , which supplies a first further bottle type , wherein the first further bottle type differs in the shape and/or in the size from the first bottle type ; a sorter , which is configured to remove bottles selectively arbitrarily from each of the supply lines , and to line up the bottles arranged in a predetermined order on an infeed section, and to feed them to the bottle handline device (1; 190) in the predetermined order, wherein the predetermined order can be chosen freely, and wherein the sorter comprises several movers , which are driven independently and individually, characterized in that the bottle treating device (1; 190) is formed as carousel device and that the filling plant has a removal system for removing the bottles from the bottle treating device (1; 190), wherein a number of cycles in the bottle treating device (1; 190) can be controlled individually for each bottle, and that each mover comprises a gripper for removing a bottle from the supply lines and/or for feeding the bottle into the bottle treating device (1; 190).
A mobile receptacle comprising: a structure defining a volume ; at least one shelf for holding electronically labelled items , the shelf being arranged within the volume of the structure; at least one antenna associated with the at least one shelf ; the mobile receptacle comprises a flexible electromagnetic shield associated with the structure and configured to inhibit electromagnetic interference at the at least one antenna , wherein the electromagnetic shield comprises a flexible metallic fabric and enshrouds the structure, characterised in that the electromagnetic shield forms part of a dust cover that defines an access opening to gain access to the volume of the structure, the access opening being closed by a displaceable panel of the dust cover, and the displaceable panel is conductively fastened to adjacent panels of the dust cover when in a closed position. a structure defining a volume ; at least one shelf for holding electronically labelled items , the shelf being arranged within the volume of the structure; at least one antenna associated with the at least one shelf ; the mobile receptacle comprises a flexible electromagnetic shield associated with the structure and configured to inhibit electromagnetic interference at the at least one antenna , wherein the electromagnetic shield comprises a flexible metallic fabric and enshrouds the structure, characterised in that the electromagnetic shield forms part of a dust cover that defines an access opening to gain access to the volume of the structure, the access opening being closed by a displaceable panel of the dust cover, and the displaceable panel is conductively fastened to adjacent panels of the dust cover when in a closed position.
A system for powering a datacenter campus , characterised in that the datacenter campus is a datacenter that is distributed among a plurality of datacenter buildings , each datacenter building housing a plurality of server racks on one or more floors of the datacenter building, the system comprising: a first main direct current, DC, superconductor cable configured to receive direct current DC electrical power from a first alternating current, AC, power grid through a first AC-DC converter , wherein the first main DC superconductor cable has a first end connected to the first AC-DC converter; a second main DC superconductor cable configured to receive DC electrical power from a second AC power grid through a second AC-DC converter , wherein the second main DC superconductor cable has a first end connected to the second AC-DC converter; a DC-DC hub , which is positioned outside the plurality of datacenter buildings of the datacenter campus and is connected to a second end of the first superconductor cable and to a second end of the second main superconductor cable; and a plurality of secondary DC superconductor cables , wherein each secondary DC superconductor cable includes a first end electrically connected to the DC-DC hub and a second end electrically connected to server racks housed in a respective datacenter building of the plurality of datacenter buildings of the datacenter campus. a first main direct current, DC, superconductor cable configured to receive direct current DC electrical power from a first alternating current, AC, power grid through a first AC-DC converter , wherein the first main DC superconductor cable has a first end connected to the first AC-DC converter; a second main DC superconductor cable configured to receive DC electrical power from a second AC power grid through a second AC-DC converter , wherein the second main DC superconductor cable has a first end connected to the second AC-DC converter; a DC-DC hub , which is positioned outside the plurality of datacenter buildings of the datacenter campus and is connected to a second end of the first superconductor cable and to a second end of the second main superconductor cable; and a plurality of secondary DC superconductor cables , wherein each secondary DC superconductor cable includes a first end electrically connected to the DC-DC hub and a second end electrically connected to server racks housed in a respective datacenter building of the plurality of datacenter buildings of the datacenter campus.
An oxidation catalyst composite for abatement of exhaust gas emissions from an engine comprising: a carrier substrate having a length, an inlet end and an outlet end , a diesel oxidation catalyst catalytic material on the carrier, the diesel oxidation catalyst catalytic material including a first washcoat layer and a second washcoat layer , the first washcoat layer comprising a palladium (Pd) component and a first refractory metal oxide support including cerium, the first washcoat layer being substantially free of a molecular sieve and platinum; and the second washcoat layer comprising a second refractory oxide support, a platinum component and a molecular sieve, the second washcoat layer being substantially free of palladium, wherein the first washcoat layer is upstream from and adjacent to the second washcoat layer along the length of the carrier substrate . a carrier substrate having a length, an inlet end and an outlet end , a diesel oxidation catalyst catalytic material on the carrier, the diesel oxidation catalyst catalytic material including a first washcoat layer and a second washcoat layer , the first washcoat layer comprising a palladium (Pd) component and a first refractory metal oxide support including cerium, the first washcoat layer being substantially free of a molecular sieve and platinum; and the second washcoat layer comprising a second refractory oxide support, a platinum component and a molecular sieve, the second washcoat layer being substantially free of palladium, wherein the first washcoat layer is upstream from and adjacent to the second washcoat layer along the length of the carrier substrate .
A staple cartridge assembly comprising a connector , an I-shaped cutter , a cutter push rod connected to the proximal end of the I-shaped cutter wherein the cutter push rod is adapted to drive the I-shaped cutter , and the staple cartridge assembly further comprises an elastic sheet wherein the elastic sheet is having a first through groove and wherein the cutter push rod being formed by laminating multiple sheets, wherein when the staple cartridge assembly is in an original status or a closed status, the I-shaped cutter is located at the proximal end of the staple cartridge assembly and a part of the cutter push rod is located in the first through groove, and the first through groove restricts detaching of the multiple sheets in a laminating direction of the multiple sheets; further in a firing process of the staple cartridge assembly the I-shaped cutter moves from the proximal end of the staple cartridge assembly to the distal end and the cutter push rod moves towards a distal end of the staple cartridge assembly to press the elastic sheet, such that the elastic sheet deforms and the cutter push rod is gradually detached from the first through groove; and after the firing of the staple cartridge assembly is finished the I-shaped cutter is located at the distal end of the staple cartridge assembly and the cutter push rod is detached from the first through groove.
Plan-apochromatically corrected microscope objective for high-resolution microscopy uses with changing dispersive immersion conditions, composed of a plurality of subsystems comprising lenses and/or lens groups, has a first setting means for a correction function (LA2) for eliminating spherical aberration by changing air gaps between the lenses or gap combinations and has an independent second setting means for a further correction function (LA1) for eliminating axial chromatic aberration by changing air gaps or gap combinations, wherein the influence on the axial chromatic aberration corresponds to a rotation of the curve s(λ) describing the dependence of the colour point (s) on the wavelength (λ), wherein the rotation direction is determined by the overcorrection or undercorrection of the axial chromatic aberration.
An alkyd resin covalently grafted with silicon oligomers substituted with a phosphorus-containing substituent, wherein the mass percentage of silicon oligomers substituted with a phosphorus-containing substituent covalently grafted on the alkyd resin is 1 wt% to 40 wt% with respect to the total weight of the alkyd resin, the atomic ratio silicon:phosphorus of the silicon oligomers substituted with a phosphorus-containing substituent is comprised between 2:1 and 1:2, and the number average molecular weight (Mn) of the alkyd resin is comprised between 2 000 g.mol -1 and 8 000 g.mol -1 , as determined in accordance with the method disclosed in the specification. the mass percentage of silicon oligomers substituted with a phosphorus-containing substituent covalently grafted on the alkyd resin is 1 wt% to 40 wt% with respect to the total weight of the alkyd resin, the atomic ratio silicon:phosphorus of the silicon oligomers substituted with a phosphorus-containing substituent is comprised between 2:1 and 1:2, and the number average molecular weight (Mn) of the alkyd resin is comprised between 2 000 g.mol -1 and 8 000 g.mol -1 , as determined in accordance with the method disclosed in the specification.
Method for verifying a trusted electronic assembly with a CPU , a bus interface and a secure element with a control unit , wherein the secure element comprises a proof of origin and a record memory with a target state value of the assembly , with the following steps: Determining an actual state value of an actual state of the assembly ; Reading the target state value from the record memory , where the target state value represents a target state of the assembly ; Checking the authenticity of the Secure element by verifying the proof of origin of the Secure element , Processing the actual state value and the target state value and/or comparing the target state and the actual state; evaluating and deciding in the control unit of the secure element whether the actual state is similar or compatible with the target state or is consistent with the target state that a trust criterion is met; and authorizing and/or influencing the use of the assembly and/or any process that the assembly performs in the control unit of the Secure element and depending on the evaluation performed. Determining an actual state value of an actual state of the assembly ; Reading the target state value from the record memory , where the target state value represents a target state of the assembly ; Checking the authenticity of the Secure element by verifying the proof of origin of the Secure element , Processing the actual state value and the target state value and/or comparing the target state and the actual state; evaluating and deciding in the control unit of the secure element whether the actual state is similar or compatible with the target state or is consistent with the target state that a trust criterion is met; and authorizing and/or influencing the use of the assembly and/or any process that the assembly performs in the control unit of the Secure element and depending on the evaluation performed.
Suspension unit for a vehicle, particularly an electric vehicle, the unit comprising: - a frame module , - two wheel supports each connected to the frame module by an upper oscillating arm and a lower oscillating arm , each arm having a first end portion swivelly connected to a respective wheel support by means of a first swivel joint and a second end portion swivelly connected to the vehicle frame by means of at least one second swivel joint , and - spring means (LS) operatively interposed between at least one of said oscillating arms and the vehicle frame , wherein said spring means comprise a single leaf spring (LS), constituting a separate element with respect to the upper and lower oscillating arms of the suspension and arranged transversely with respect to the longitudinal direction of the vehicle, in a symmetrical position with respect to the vertical median plane of the vehicle, and having a central portion connected to the frame module and end portions connected to the upper oscillating arms of the suspension, characterized in that the central portion of the leaf spring (LS) is connected to the frame module by a device for adjustment of the position in height of said central portion with respect to the frame module , and in that said device for adjusting the position in height of the central portion of the leaf spring (LS) comprises at least one support arm rotatably mounted on the frame module around an axis which is transverse relative to the longitudinal direction of the vehicle and having a support portion rigidly connected to the leaf spring (LS), said device further comprising an actuator for varying the position of this support arm around its axis of rotation . - a frame module , - two wheel supports each connected to the frame module by an upper oscillating arm and a lower oscillating arm , each arm having a first end portion swivelly connected to a respective wheel support by means of a first swivel joint and a second end portion swivelly connected to the vehicle frame by means of at least one second swivel joint , and - spring means (LS) operatively interposed between at least one of said oscillating arms and the vehicle frame ,
A pharmaceutical formulation for lyophilization comprising carmustine dissolved in solvent consisting of t-butanol and about 5% (v/v) to about 15% (v/v) dehydrated alcohol selected from ethanol or isopropanol.
An exhaust gas purification catalyst purifying an exhaust gas containing a phosphorus compound, the catalyst comprising: a catalyst layer A containing rhodium (Rh), palladium (Pd), and a ceria-zirconia-lanthana-yttria complex oxide as catalyst active components, wherein the average value of distances between Rh particles and the nearest Pd particles of the Rh and the Pd is 0 to 300 nm as measured by energy dispersive spectroscopy using scanning transmission electron microscopy, a weight ratio of the Pd to the Rh is from 0.2 to 4.9, and a content rate of yttria in the ceria-zirconia-lanthana-yttria complex oxide is 2-15% by weight the exhaust gas purification catalyst further comprising: a catalyst layer B, wherein the catalyst layer B is formed by coating as a lower layer containing palladium, and the catalyst layer A is formed by coating as a surface layer. a catalyst layer A containing rhodium (Rh), palladium (Pd), and a ceria-zirconia-lanthana-yttria complex oxide as catalyst active components, wherein the average value of distances between Rh particles and the nearest Pd particles of the Rh and the Pd is 0 to 300 nm as measured by energy dispersive spectroscopy using scanning transmission electron microscopy, a weight ratio of the Pd to the Rh is from 0.2 to 4.9, and a content rate of yttria in the ceria-zirconia-lanthana-yttria complex oxide is 2-15% by weight the exhaust gas purification catalyst further comprising: a catalyst layer B, wherein the catalyst layer B is formed by coating as a lower layer containing palladium, and the catalyst layer A is formed by coating as a surface layer. a catalyst layer B, wherein the catalyst layer B is formed by coating as a lower layer containing palladium, and the catalyst layer A is formed by coating as a surface layer.
A semiconductor structure (10A-E), comprising: a semiconductor substrate ; a floating N-type well region over the semiconductor substrate ; an undoped layer over the semiconductor substrate and in contact with the N-type well region wherein the undoped layer is not doped with impurities or is a light doping P-well region; a fully depleted silicon-on-insulator, FDSOI, transistor formed over the N-type well region , comprising: a buried oxide layer over the N-type well region ; a source region over the buried oxide layer ; a drain region over the buried oxide layer ; a silicon-on-insulator, SOI, layer over the buried oxide layer and between the source and drain regions ; and a metal gate over the SOI layer ; a first shallow trench isolation, STI, region over the undoped layer ; a first P-type doped region over the undoped layer , wherein the first P-type doped region is separated from the drain region of the FDSOI transistor by the first STI region ; and a first interconnection element over the first P-type doped region and configured to connect the first P-type doped region and the undoped layer to a ground. a semiconductor substrate ; a floating N-type well region over the semiconductor substrate ; an undoped layer over the semiconductor substrate and in contact with the N-type well region wherein the undoped layer is not doped with impurities or is a light doping P-well region; a fully depleted silicon-on-insulator, FDSOI, transistor formed over the N-type well region , comprising: a buried oxide layer over the N-type well region ; a source region over the buried oxide layer ; a drain region over the buried oxide layer ; a silicon-on-insulator, SOI, layer over the buried oxide layer and between the source and drain regions ; and a metal gate over the SOI layer ; a buried oxide layer over the N-type well region ; a source region over the buried oxide layer ; a drain region over the buried oxide layer ; a silicon-on-insulator, SOI, layer over the buried oxide layer and between the source and drain regions ; and a metal gate over the SOI layer ; a first shallow trench isolation, STI, region over the undoped layer ; a first P-type doped region over the undoped layer , wherein the first P-type doped region is separated from the drain region of the FDSOI transistor by the first STI region ; and a first interconnection element over the first P-type doped region and configured to connect the first P-type doped region and the undoped layer to a ground.
A method, comprising: at an electronic device with a display, a microphone, and an input device: while the display is off, receiving user input via the input device; determine if the user input is a lifting movement; determine if the display is on as a result of the user input being a lifting movement; in accordance with a determination that the display is on, sampling audio input received via the microphone; determining whether the audio input comprises a spoken trigger; and in accordance with a determination that audio input comprises the spoken trigger, triggering a virtual assistant session. while the display is off, receiving user input via the input device; determine if the user input is a lifting movement; determine if the display is on as a result of the user input being a lifting movement; in accordance with a determination that the display is on, sampling audio input received via the microphone; determining whether the audio input comprises a spoken trigger; and in accordance with a determination that audio input comprises the spoken trigger, triggering a virtual assistant session.
A cam-driven high pressure single piston fuel pump having a body , a pumping chamber within the body, a piston with one end in the pumping chamber and another end outside the body, a piston sleeve secured to the body and having a bore in which the piston reciprocates between a retracting motion during which fuel is delivered to the pumping chamber and a pumping motion during which the piston pressurizes fuel in the pumping chamber, a tappet bearing on the cam and on the other end of the piston to impart said pumping motion, and a piston return spring biasing the piston toward the tappet, wherein the piston return spring is connected to a seat at the piston and not at the tappet ; a distinct tappet return spring is connected to a seat at the tappet and not at the piston; whereby the tappet return spring imparts no side loads to the pumping piston ; a sleeve retainer holds the piston sleeve within the body and has an exterior end facing the tappet, said exterior end having an outer annular shoulder where one end of the tappet return spring is seated and said tappet having a shoulder where another end of the tappet return spring is seated; the exterior end of the sleeve retainer has an inner annular neck through which the piston extends, and a spring retainer is supported by said neck, having an inner, ring portion providing a seat for the piston return spring and an outer rim portion at said shoulder , for maintaining a minimum separation between the springs.