mhurhangee/patent-ind-claim-en huggingface dataset:
Pressure forming tool for producing sheet metal formed components, having an upper tool and a lower tool which are movable towards one another and when the pressure forming tool is closed, a forming hollow space between upper tool and lower tool is formed, wherein the pressure forming tool comprises a press ram , a press table and a tool clamping plate which is arranged on the press ram and/or the press table , wherein on the tool clamping plate is mounted a upper tool or lower tool which are relatively movable with respect thereto, between which is interposed a resilient adjusting element , characterised in that on the tool clamping plate are arranged at least two upper tools (103.1, 103.2, 103.3, 103.4) or at least two lower tools (104.1, 104.2, 104.3, 104.4) next to one another, wherein the two upper tools (103.1, 103.2, 103.3, 103.4) or the two lower tools (104.1, 104.2, 104.3, 104.4) are mounted so as to be movable relative to one another.
A liquid electrophotographic composition comprising: a thermoplastic polymer resin, a charge adjuvant, microspheres, and a liquid carrier, wherein each microsphere comprises a shell of material encapsulating a gas, and wherein the microspheres are present in an amount of 5 to 90 weight % of the total weight of solids in the composition. a thermoplastic polymer resin, a charge adjuvant, microspheres, and a liquid carrier, wherein each microsphere comprises a shell of material encapsulating a gas, and wherein the microspheres are present in an amount of 5 to 90 weight % of the total weight of solids in the composition.
A boroaluminosilicate glass comprising, in weight percent on an oxide basis: SiO 2 57-61, Al 2 O 3 17-18.5, B 2 O 3 5-8, MgO greater than 3 and less than 5, CaO 2-4.5, SrO greater than or equal to 1.5 and less than 5, BaO 3.5-8, where SiO 2 , Al 2 O 3 , B 2 O 3 , MgO, CaO, SrO and BaO represent the weight percent of the oxide components, wherein the glass has the following properties: (MgO+CaO+SrO+BaO)/Al 2 O 3 ≥1.05, an anneal point greater than or equal to 735 °C, T 35k - T liq is greater than or equal to 60, a T 35k less than or equal to 1250 °C, a CTE less than about 39 x 10 -7 / °C, a Young's Modulus greater than or 2 equal to 77 GPa, and a density less than or equal to 2.55 g/cm 3 .
An electronic device housing , comprising: a front cover , comprising at least two flexible hooks and at least one fixation hook , wherein each of the flexible hooks comprises a first hook body and a flexible member; one end of the flexible member connects to the front cover and the other end of the flexible member provides a support force to one side of the first hook body ; the fixation hook comprises a second hook body ; and a back cover , comprising at least two first fasteners , at least one second fastener and at least three holes, wherein the holes are respectively corresponding to the first fasteners and the second fastener ; the first fasteners are respectively corresponding to the flexible hooks and caught on the flexible hooks ; the second fastener is corresponding to the fixation hook and caught on the fixation hook , whereby the front cover is able to be combined with the back cover , and the flexible member pushes and lifts the front cover by the support force at the moment of the flexible hooks separating from the first fastener . a front cover , comprising at least two flexible hooks and at least one fixation hook , wherein each of the flexible hooks comprises a first hook body and a flexible member; one end of the flexible member connects to the front cover and the other end of the flexible member provides a support force to one side of the first hook body ; the fixation hook comprises a second hook body ; and a back cover , comprising at least two first fasteners , at least one second fastener and at least three holes, wherein the holes are respectively corresponding to the first fasteners and the second fastener ; the first fasteners are respectively corresponding to the flexible hooks and caught on the flexible hooks ; the second fastener is corresponding to the fixation hook and caught on the fixation hook , whereby the front cover is able to be combined with the back cover , and the flexible member pushes and lifts the front cover by the support force at the moment of the flexible hooks separating from the first fastener .
A milking system, comprising a milking device for milking a milking from a dairy animal during a milking operation and a control unit for the milking system, and provided with: - a plurality of milking cups, each ending in a milk hose , - a first milk jar connected to the milk hoses which is configured to receive the milking, and provided with a first closable milk outflow , - a first milk pipeline which is in flow communication with the first milk outflow , - a first pumping device which is configured to pump the milking from the first milk jar into the first milk pipeline , - at least one storage tank for receiving and storing at least a part of the milking via the first milk pipeline , further comprising a second milk jar , which is attached in flow communication to the first milk pipeline for receiving the milking therefrom out of the first milk jar , and which is provided with a second milk outflow , a second milk pipeline , which is attached in flow communication to the second milk outflow and to the at least one storage tank , and a second pumping device which is configured to pump at least a part of the milking from the second milk jar into the second milk pipeline , characterized in that the second pumping device pumps the milking through the second milk pipeline at a lower flow rate than the first pumping device pumps said milking through the first milk pipeline . - a plurality of milking cups, each ending in a milk hose , - a first milk jar connected to the milk hoses which is configured to receive the milking, and provided with a first closable milk outflow , - a first milk pipeline which is in flow communication with the first milk outflow , - a first pumping device which is configured to pump the milking from the first milk jar into the first milk pipeline , - at least one storage tank for receiving and storing at least a part of the milking via the first milk pipeline , further comprising a second milk jar ,
A method comprising: receiving, at data processing hardware , a first facial framework and a first captured image of a face of a user with a neutral facial expression , wherein the first facial framework corresponds to the face of the user at a first frame and comprises a first facial mesh of facial information of the face of the user at the first frame, and wherein the captured image enables deriving a corresponding facial information of the face in the captured image by detecting facial landmarks and/or facial features or by using depth data included in the captured image, the corresponding facial information permitting generation of corresponding facial mesh; projecting, by the data processing hardware , the first captured image of the face onto the first facial framework ; determining, by the data processing hardware , a facial texture corresponding to the neutral facial expression of the face of the user based on the projected first captured image ; receiving, at the data processing hardware , a second facial framework , the second facial framework corresponding to the face of the user at a second frame and comprising a second facial mesh of facial information ; updating, by the data processing hardware , the facial texture based on the received second facial framework ; and displaying, by the data processing hardware , the updated facial texture as a three-dimensional avatar , the three-dimensional avatar corresponding to a virtual representation of the face of the user . receiving, at data processing hardware , a first facial framework and a first captured image of a face of a user with a neutral facial expression , wherein the first facial framework corresponds to the face of the user at a first frame and comprises a first facial mesh of facial information of the face of the user at the first frame, and wherein the captured image enables deriving a corresponding facial information of the face in the captured image by detecting facial landmarks and/or facial features or by using depth data included in the captured image, the corresponding facial information permitting generation of corresponding facial mesh; projecting, by the data processing hardware , the first captured image of the face onto the first facial framework ; determining, by the data processing hardware , a facial texture corresponding to the neutral facial expression of the face of the user based on the projected first captured image ; receiving, at the data processing hardware , a second facial framework , the second facial framework corresponding to the face of the user at a second frame and comprising a second facial mesh of facial information ; updating, by the data processing hardware , the facial texture based on the received second facial framework ; and displaying, by the data processing hardware , the updated facial texture as a three-dimensional avatar , the three-dimensional avatar corresponding to a virtual representation of the face of the user .
A method for detecting malfunction in a thermal camera, wherein the thermal camera comprises an image sensor and a shutter , the method being characterized by : determining a first average response value, as an average of response values for different pixels of the image sensor , for a first shutter image captured by the image sensor when the shutter blocks the image sensor , determining a second average response value, as an average of response values for the different pixels of the image sensor , for a second shutter image captured by the image sensor when the shutter blocks the image sensor , wherein the first and second shutter images are captured under very similar ambient conditions; comparing the first average response value and the second average response value; and in response to determining that the first average response value and the second average response value differ by more than a predetermined value, providing an indication of a deterioration of the image sensor . determining a first average response value, as an average of response values for different pixels of the image sensor , for a first shutter image captured by the image sensor when the shutter blocks the image sensor , determining a second average response value, as an average of response values for the different pixels of the image sensor , for a second shutter image captured by the image sensor when the shutter blocks the image sensor , wherein the first and second shutter images are captured under very similar ambient conditions; comparing the first average response value and the second average response value; and in response to determining that the first average response value and the second average response value differ by more than a predetermined value, providing an indication of a deterioration of the image sensor .
Process for the selective recovery of transition metals M comprising Ni from starting materials in aqueous solution, said solution also containing Li, comprising the steps of: - crystallizing Ni by conditioning the solution to reach an acidity A, expressed in g/L of sulfuric acid, at a temperature T, expressed in degrees Celsius, according to the formula A ≥ 1100 - 6.7 * T, with T between 45 °C and the boiling point of the solution, thereby obtaining a mixture of solid and liquid reaction products; and, - solid/liquid separation of the reaction products, thereby obtaining a solid residue comprising the major part of the Ni entering the process, as a hydrated nickel sulfate, and an effluent solution comprising the major part of the Li entering the process. - crystallizing Ni by conditioning the solution to reach an acidity A, expressed in g/L of sulfuric acid, at a temperature T, expressed in degrees Celsius, according to the formula A ≥ 1100 - 6.7 * T, with T between 45 °C and the boiling point of the solution, thereby obtaining a mixture of solid and liquid reaction products; and, - solid/liquid separation of the reaction products, thereby obtaining a solid residue comprising the major part of the Ni entering the process, as a hydrated nickel sulfate, and an effluent solution comprising the major part of the Li entering the process.
An endoscope head on a deflecting end of an endoscope, comprising an endoscope head body having at least one conducting path (21-28) applied thereon; at least one electronic instrument , which is seated in the endoscope head body and can be electrically supplied by said at least one conducting path (21-28); and at least one pulling cable having an anchoring which is seated in the endoscope head body , wherein the endoscope head is structured such that the endoscope head can be pivoted with the aid of a pulling movement on the pulling cable ; wherein the at least one pulling cable is electrically connected to the at least one conducting path (21-28) of the endoscope head body . an endoscope head body having at least one conducting path (21-28) applied thereon; at least one electronic instrument , which is seated in the endoscope head body and can be electrically supplied by said at least one conducting path (21-28); and at least one pulling cable having an anchoring which is seated in the endoscope head body , wherein the endoscope head is structured such that the endoscope head can be pivoted with the aid of a pulling movement on the pulling cable ; wherein the at least one pulling cable is electrically connected to the at least one conducting path (21-28) of the endoscope head body .
A clamping apparatus , comprising: - a support body configured to move in a work direction (X-X), - a vise comprising a stationary jaw and a movable jaw which moves in a clamping direction (Y-Y), perpendicular to the work direction (X-X), from and to the stationary jaw to clamp a workpiece, - actuator means for moving the movable jaw relative to the stationary jaw in the clamping direction (Y-Y), characterized in that said support body comprises: - a first element having drive means configured to be coupled to first translation guides to move the support body along the work direction (X-X), said first element having an upper surface , - a second element , which is operably associated with the first element and is configured to reversibly move relative to the first element along an inclined direction of motion (U-U), that forms a non-zero angle with the clamping direction (Y-Y) and is perpendicular to the work direction (X-X), said vise being mounted to the second element , the upper surface of the first element extending along said direction of motion (U-U), - translating means configured to reversibly translate the second element relative to the first element along the direction of motion (U-U). - a support body configured to move in a work direction (X-X), - a vise comprising a stationary jaw and a movable jaw which moves in a clamping direction (Y-Y), perpendicular to the work direction (X-X), from and to the stationary jaw to clamp a workpiece, - actuator means for moving the movable jaw relative to the stationary jaw in the clamping direction (Y-Y), - a first element having drive means configured to be coupled to first translation guides to move the support body along the work direction (X-X), said first element having an upper surface , - a second element , which is operably associated with the first element and is configured to reversibly move relative to the first element along an inclined direction of motion (U-U), that forms a non-zero angle with the clamping direction (Y-Y) and is perpendicular to the work direction (X-X), said vise being mounted to the second element , the upper surface of the first element extending along said direction of motion (U-U), - translating means configured to reversibly translate the second element relative to the first element along the direction of motion (U-U).
A flow device for exhaust gas aftertreatment, comprising a mixing chamber comprising an input side and an output side ; a divider dividing the mixing chamber to the input side and the output side ; a mixing tube comprising a first end and a second end, and an intake section for receiving exhaust gas from the input side of the mixing chamber ; a swirl guide configured to guide the received exhaust gas to flow inside the mixing tube towards the second end as a rotating and advancing main flow ; and a reactant doser mount for a reactant doser ; wherein the mixing tube comprises a dosing section between the intake section and the second end; the mixing tube extends through the divider ; the dosing section is configured to receive at least most of the rotating and advancing exhaust gas flow; and the reactant doser mount is configured for mounting the reactant doser such that when in use, the reactant doser provides reactant to the dosing section , characterized in that the flow device further comprises a stem guide around the doser when mounted such that a front face of the stem guide faces the rotating flow ; the stem guide defines a central opening surrounding the doser when mounted; and the stem guide comprises a passage structure (112;720,710, 722) for guiding a side flow out of the rotating flow to a carrier flow around the doser via the central opening . a mixing chamber comprising an input side and an output side ; a divider dividing the mixing chamber to the input side and the output side ; a mixing tube comprising a first end and a second end, and an intake section for receiving exhaust gas from the input side of the mixing chamber ; a swirl guide configured to guide the received exhaust gas to flow inside the mixing tube towards the second end as a rotating and advancing main flow ; and a reactant doser mount for a reactant doser ; wherein the mixing tube comprises a dosing section between the intake section and the second end; the mixing tube extends through the divider ; the dosing section is configured to receive at least most of the rotating and advancing exhaust gas flow; and the reactant doser mount is configured for mounting the reactant doser such that when in use, the reactant doser provides reactant to the dosing section , characterized in that the flow device further comprises a stem guide around the doser when mounted such that a front face of the stem guide faces the rotating flow ; the stem guide defines a central opening surrounding the doser when mounted; and the stem guide comprises a passage structure (112;720,710, 722) for guiding a side flow out of the rotating flow to a carrier flow around the doser via the central opening .
Method for measuring ground moisture, by means of at least one transmitter and a receiver in the microwave range between 300 MHz and 300 GHz and an evaluation unit , comprising the following method steps: a) emitting a defined transmitted power by way of the at least one transmitter installed on the ground , b) receiving a received power at the at least one receiver , and c) ascertaining a ground moisture in the evaluation unit by taking account of the installation depth (T) of the transmitter , the height (H) of the receiver above the ground , the transmitted and received powers, the frequency and at least one reference value for the ground . a) emitting a defined transmitted power by way of the at least one transmitter installed on the ground , b) receiving a received power at the at least one receiver , and c) ascertaining a ground moisture in the evaluation unit by taking account of the installation depth (T) of the transmitter , the height (H) of the receiver above the ground , the transmitted and received powers, the frequency and at least one reference value for the ground .
Compressor system for a puncture repair kit, in which a supply pressure of compressed air is controlled to a specified pressure PP without the use of a relief valve, comprising - a motor, - a piston , which is driven by the motor via a crank mechanism and - has a cylinder component with a cylinder main body having a pump chamber , in which the piston is movable to and fro from a bottom dead centre to a top dead centre and compresses air, and a receiving chamber for receiving the compressed air compressed in the pump chamber through an air discharge valve , characterized in that the cylinder main body is elastically deformable as the pressure increases, the cylinder main body being deformable to such an extent that the compression volume V2 of the cylinder fulfils the following expression (a) 0.3 × V 1 × P 0 / PP − P 0 = < V 2 < 0.8 × V 1 × P 0 / PP − P 0 0.3 x V1 x P0/(PP-P0) = < V2 < 0.8 x V1 x P0/(PP-P0) where V1 is a swept volume which is a cylinder volume while the piston moves from the bottom dead centre to the top dead centre, V2 is a compression volume which is a cylinder volume when the piston is located at the top dead centre, and P0 is an air pressure. - a motor, - a piston , which is driven by the motor via a crank mechanism and - has a cylinder component with a cylinder main body having a pump chamber , in which the piston is movable to and fro from a bottom dead centre to a top dead centre and compresses air, and a receiving chamber for receiving the compressed air compressed in the pump chamber through an air discharge valve , V1 is a swept volume which is a cylinder volume while the piston moves from the bottom dead centre to the top dead centre, V2 is a compression volume which is a cylinder volume when the piston is located at the top dead centre, and P0 is an air pressure.