mhurhangee/patent-ind-claim-en huggingface dataset:
A grinding tool for grinding an engine block, including - a main body including a central coupling region for connecting the main body to a rotary drive of a grinding machine , wherein the main body is of a substantially rotationally symmetrical configuration with respect to an axis of rotation , - a grinding layer which is arranged on the main body and extends at least over an outer circular ring zone of the main body , - at least one feed for a cooling fluid , and - a substantially circular cover plate which is arranged substantially normal to the axis of rotation and forming an axial gap on the main body , wherein the axial gap is in fluid communication with the at least one feed and the grinding layer so that a cooling fluid fed by way of the at least one feed can be passed by way of the axial gap to the grinding layer , wherein first passages for specifically passing the cooling fluid from the at least one feed to the grinding layer are arranged at a surface of the main body , that faces towards the cover plate , and/or at a surface of the cover plate , that faces towards the main body , characterised in that the main body and the cover plate have an inclined surface which adjoins the grinding layer , wherein the inclined surfaces are in region-wise contact with each other, and that second passages for specifically guiding the cooling fluid are arranged at the inclined surface , and that the second passages are arranged displaced in relation to the first passages and/or there are provided more second passages than first passages . - a main body including a central coupling region for connecting the main body to a rotary drive of a grinding machine , wherein the main body is of a substantially rotationally symmetrical configuration with respect to an axis of rotation , - a grinding layer which is arranged on the main body and extends at least over an outer circular ring zone of the main body , - at least one feed for a cooling fluid , and - a substantially circular cover plate which is arranged substantially normal to the axis of rotation and forming an axial gap on the main body , wherein the axial gap is in fluid communication with the at least one feed and the grinding layer so that a cooling fluid fed by way of the at least one feed can be passed by way of the axial gap to the grinding layer , wherein first passages for specifically passing the cooling fluid from the at least one feed to the grinding layer are arranged at a surface of the main body , that faces towards the cover plate , and/or at a surface of the cover plate , that faces towards the main body , characterised in that the main body and the cover plate have an inclined surface which adjoins the grinding layer , wherein the inclined surfaces are in region-wise contact with each other, and that second passages for specifically guiding the cooling fluid are arranged at the inclined surface , and that the second passages are arranged displaced in relation to the first passages and/or there are provided more second passages than first passages .
A battery module, comprising: a first-type battery cell and a second-type battery cell, which are connected in series, wherein the first-type battery cell and the second-type battery cell are battery cells of different chemical systems, and a volume energy density of the first-type battery cell is less than the volume energy density of the second-type battery cell, measured according to the methods as described in the description; and a capacity Cap1 of the first-type battery cell is greater than a capacity Cap2 of the second-type battery cell, measured according to the methods as described in the description. a first-type battery cell and a second-type battery cell, which are connected in series, wherein the first-type battery cell and the second-type battery cell are battery cells of different chemical systems, and a volume energy density of the first-type battery cell is less than the volume energy density of the second-type battery cell, measured according to the methods as described in the description; and a capacity Cap1 of the first-type battery cell is greater than a capacity Cap2 of the second-type battery cell, measured according to the methods as described in the description.
An apparatus arranged for calibrating a sensor of a wearable device to a reference frame of a subject on which the wearable device is worn, the wearable device comprising an ECG electrode arrangement comprising three or more ECG electrodes that are in a predefined arrangement with respect to each other, and the sensor being arranged for directly or indirectly measuring the movements of the subject over time and having a measurement axis in a predefined orientation with respect to the ECG electrode arrangement , the apparatus comprising a processing unit configured to: receive ECG signals obtained by respective pairs of the ECG electrodes ; process the ECG signals obtained by the respective pairs of the ECG electrodes to determine an orientation of the ECG electrode arrangement in the reference frame of the subject , wherein the reference frame of the subject includes a reference axis relating to the heart of the subject , wherein the reference axis is related to a predefined ECG signal characteristic; process the determined orientation of the ECG electrode arrangement in the reference frame of the subject and the predefined orientation of the measurement axis with respect to the ECG electrode arrangement to determine a relationship between the measurement axis of the sensor and the reference frame of the subject ; and calibrate the sensor to the reference frame of the subject , based on the determined relationship between the measurement axis of the sensor and the reference frame of the subject . receive ECG signals obtained by respective pairs of the ECG electrodes ; process the ECG signals obtained by the respective pairs of the ECG electrodes to determine an orientation of the ECG electrode arrangement in the reference frame of the subject , wherein the reference frame of the subject includes a reference axis relating to the heart of the subject , wherein the reference axis is related to a predefined ECG signal characteristic; process the determined orientation of the ECG electrode arrangement in the reference frame of the subject and the predefined orientation of the measurement axis with respect to the ECG electrode arrangement to determine a relationship between the measurement axis of the sensor and the reference frame of the subject ; and calibrate the sensor to the reference frame of the subject , based on the determined relationship between the measurement axis of the sensor and the reference frame of the subject .
A delivery device for a collapsible prosthetic heart valve , the delivery device comprising: an inner shaft ; an outer shaft ; a distal sheath disposed distal to the outer shaft and about a portion of the inner shaft to form a compartment with the inner shaft , the compartment being sized to receive the prosthetic heart valve , the prosthetic valve including three prosthetic commissures, the inner shaft and the distal sheath being movable relative to one another; and a spine extending along the outer shaft , the spine biasing the outer shaft so that the outer shaft tends to bend in a pre-determined direction, characterized in that one of the three prosthetic commissure being positioned along the outer radius of the bend when the outer shaft has the bend in the predetermined direction and when the prosthetic heart valve is received within the distal sheath . an inner shaft ; an outer shaft ; a distal sheath disposed distal to the outer shaft and about a portion of the inner shaft to form a compartment with the inner shaft , the compartment being sized to receive the prosthetic heart valve , the prosthetic valve including three prosthetic commissures, the inner shaft and the distal sheath being movable relative to one another; and a spine extending along the outer shaft , the spine biasing the outer shaft so that the outer shaft tends to bend in a pre-determined direction, characterized in that one of the three prosthetic commissure being positioned along the outer radius of the bend when the outer shaft has the bend in the predetermined direction and when the prosthetic heart valve is received within the distal sheath .
A cephalopod rearing cage capable of maintaining a live cephalopod, wherein at least a portion of the cephalopod rearing cage is constituted by a mesh sheet wherein the diameter of the openings are not greater than 4.76 mm (not less than 4 mesh); and characterised in that wherein the top surface of the cage is open . at least a portion of the cephalopod rearing cage is constituted by a mesh sheet wherein the diameter of the openings are not greater than 4.76 mm (not less than 4 mesh); and characterised in that wherein the top surface of the cage is open .
A printing assembly comprising: (a) a clamping annulus having a tiered circumferential end , an axial end and an oppositely axial end , the clamping annulus's axial and oppositely axial ends having outside diameters, the axial end's outside diameter having with respect to said oppositely axial end outside diameter an excess dimension defining a guide sleeve receiving space within the clamping annulus; (b) a cylinder having axial and oppositely axial ends, having a circumferential outer surface , and having a tiered inner wall , the tiered inner wall having axial and oppositely axial ends, the tiered inner wall's axial end overlying the clamping annulus's axial end, and the tiered inner wall's oppositely axial end overlying the clamping annulus's oppositely axial end; (c) an end cap attached to the oppositely axial end of the cylinder with end cap mounting means fixedly attached to or formed wholly with the cylinder's oppositely axial end and overlying the clamping annulus's axial end; (d) a plurality of magnet receiving recesses each recess among the plurality of magnet receiving recesses extending radially into the cylinder, and each recess among the plurality of magnet receiving recesses opening radially outward from the cylinder's circumferential outer surface; and (e) a multiplicity of permanent magnets , each magnet among the multiplicity of permanent magnets being embedded within one of the recesses among the plurality of magnet receiving recesses. (a) a clamping annulus having a tiered circumferential end , an axial end and an oppositely axial end , the clamping annulus's axial and oppositely axial ends having outside diameters, the axial end's outside diameter having with respect to said oppositely axial end outside diameter an excess dimension defining a guide sleeve receiving space within the clamping annulus; (b) a cylinder having axial and oppositely axial ends, having a circumferential outer surface , and having a tiered inner wall , the tiered inner wall having axial and oppositely axial ends, the tiered inner wall's axial end overlying the clamping annulus's axial end, and the tiered inner wall's oppositely axial end overlying the clamping annulus's oppositely axial end; (c) an end cap attached to the oppositely axial end of the cylinder with end cap mounting means fixedly attached to or formed wholly with the cylinder's oppositely axial end and overlying the clamping annulus's axial end; (d) a plurality of magnet receiving recesses each recess among the plurality of magnet receiving recesses extending radially into the cylinder, and each recess among the plurality of magnet receiving recesses opening radially outward from the cylinder's circumferential outer surface; and (e) a multiplicity of permanent magnets , each magnet among the multiplicity of permanent magnets being embedded within one of the recesses among the plurality of magnet receiving recesses.
A personal care composition comprising taurine, arginine and glycine in a taurine:arginine:glycine weight ratio of 65:34:1, wherein the composition is selected from a rinse off composition and a leave-on composition.
Case configured to act as a support for a parasol , a rotatable table , or a parasol awning , comprising a body , that has an upper face in which a central hole intended to house a first rod and two side holes , aligned on the central hole and intended to house two further rods are provided, characterized in that the body comprises a lower face to which four wheels are fixed , each of which is at an angle of the lower face .
A transmission method comprising generating a frame for content transfer, the frame containing a plurality of second transfer units, wherein each of the second transfer units contains one or more first transfer units, each of the first transfer units contains an Internet Protocol, IP, packet, the first transfer unit positioned first within the frame among the one or more first transfer units contains reference clock information indicating time for reproduction of the content that uses the IP packets in a reception apparatus, the reference clock information is stored immediately before a header of the IP packet at a position that is offset by a fixed length from a header of the first transfer unit positioned first within the frame; and transmitting the frame.
An excavator comprising: a main frame having a longitudinal axis; a drive axle connected to said main frame ; walking beams connected to said drive axle ; wheel axles connected to said walking beams ; wheels (88-91) rotatably mounted on said wheel axles; characterized in that the excavator further comprises a slidable plate slidably mounted on said main frame , wherein said slidable plate is slidable along a portion of said longitudinal axis of said main frame ; a cabin rotatably mounted on said slidable plate ; and an articulated digging arm . a main frame having a longitudinal axis; a drive axle connected to said main frame ; walking beams connected to said drive axle ; wheel axles connected to said walking beams ; wheels (88-91) rotatably mounted on said wheel axles; characterized in that the excavator further comprises a slidable plate slidably mounted on said main frame , wherein said slidable plate is slidable along a portion of said longitudinal axis of said main frame ; a cabin rotatably mounted on said slidable plate ; and an articulated digging arm .
A method for participating in a generation of a cryptogram, the method comprising performing at a support device : receiving a request for security assessment, wherein the request is for the support device to participate in a multi-party computation to generate the cryptogram, and wherein the support device stores one or more secret shares generated from one or more secret values based on an m-out-of-n secret sharing scheme in which any collection of m secret shares out of a total number n of secret shares are sufficient to generate or recreate a shared secret; receiving security data; identifying one or more security properties from the security data, the one or more security properties corresponding to a current state of a device providing the security data; comparing the one or more security properties to reference data accessible to the support device ; deciding whether to participate in the multi-party computation based on the comparing of the one or more security properties to the reference data; and when the support device decides to participate, providing a partial cryptographic value to one or more encryption engines, wherein the partial cryptographic value is configured to be used by the one or more encryption engines to generate the cryptogram via the multi-party computation, and wherein the partial cryptographic value includes the one or more secret shares, at least one partial computation using at least one of the one or more secret shares, or a combination thereof. receiving a request for security assessment, wherein the request is for the support device to participate in a multi-party computation to generate the cryptogram, and wherein the support device stores one or more secret shares generated from one or more secret values based on an m-out-of-n secret sharing scheme in which any collection of m secret shares out of a total number n of secret shares are sufficient to generate or recreate a shared secret; receiving security data; identifying one or more security properties from the security data, the one or more security properties corresponding to a current state of a device providing the security data; comparing the one or more security properties to reference data accessible to the support device ; deciding whether to participate in the multi-party computation based on the comparing of the one or more security properties to the reference data; and when the support device decides to participate, providing a partial cryptographic value to one or more encryption engines, wherein the partial cryptographic value is configured to be used by the one or more encryption engines to generate the cryptogram via the multi-party computation, and wherein the partial cryptographic value includes the one or more secret shares, at least one partial computation using at least one of the one or more secret shares, or a combination thereof.
Method for producing a pipe arrangement for the transport of temperature control medium, in which main-body portions are provided which have congruently designed separating surfaces , wherein a preform consisting of polymeric material is provided, wherein the preform is arranged in a blow mold and the preform is blow-molded into the shape of a main body , wherein a plurality of channels are molded into the main body , wherein a channel wall is located between the channels , wherein the molded main body is opened, so that the main-body portions with the separating surface are created, wherein the main body is torn open or cut open along the separating surface in order to produce the main-body portions , wherein at least one functional element is arranged on at least one main-body portion in such a way that it can be in contact with the temperature control medium, wherein the at least one functional element is arranged in a channel , then the main-body portions are joined along the separating surface and materially connected to one another to form the pipe arrangement .
An ophthalmologic image processing device that is adapted to process an ophthalmologic image of a tissue of a subject eye, the ophthalmologic image processing device comprising a processor , wherein the processor is adapted to: acquire the ophthalmologic image photographed by an ophthalmologic image photographing device ; input the ophthalmologic image into a mathematical model trained by a machine learning algorithm and acquire a result of an analysis relating to at least one of a specific disease and a specific structure of a subject eye; acquire information of a distribution of weight relating to the analysis by the mathematical model, as supplemental distribution information, for which an image area of the ophthalmologic image input into the mathematical model is set as a variable; set a part of the image area of the ophthalmologic image, as an attention area , based on the supplemental distribution information; acquire an image of a tissue including the attention area among a tissue of the subject eye; and cause a display unit to display the image, wherein the supplemental distribution information includes information indicating a distribution of a degree of certainty of the analysis by the mathematical model. acquire the ophthalmologic image photographed by an ophthalmologic image photographing device ; input the ophthalmologic image into a mathematical model trained by a machine learning algorithm and acquire a result of an analysis relating to at least one of a specific disease and a specific structure of a subject eye; acquire information of a distribution of weight relating to the analysis by the mathematical model, as supplemental distribution information, for which an image area of the ophthalmologic image input into the mathematical model is set as a variable; set a part of the image area of the ophthalmologic image, as an attention area , based on the supplemental distribution information; acquire an image of a tissue including the attention area among a tissue of the subject eye; and cause a display unit to display the image, wherein the supplemental distribution information includes information indicating a distribution of a degree of certainty of the analysis by the mathematical model.
A device , comprising: a first module comprising a first hemispherical cap a first container and a first attacher ; a first fragrance formulation contained by the first container , when the first cap is in a closed position; a second module comprising a second container having a second hemispherical cap and a second attacher ; a second fragrance formulation contained by the second container , when the second cap is in a closed position; and a ring-shaped adaptor comprising a first feature for attaching to the first module at the first attacher and a second feature for attaching to the second module at the second attacher, wherein when the first and second modules are each attached to the adaptor and the caps are in a closed position, the device has a capsule shape and the first module opposes the second module and characterized in that the first module further comprises a first modular cap that receives the first hemispherical cap , and the second module further comprises a second modular cap that receives the second hemispherical cap . a first module comprising a first hemispherical cap a first container and a first attacher ; a first fragrance formulation contained by the first container , when the first cap is in a closed position; a second module comprising a second container having a second hemispherical cap and a second attacher ; a second fragrance formulation contained by the second container , when the second cap is in a closed position; and a ring-shaped adaptor comprising a first feature for attaching to the first module at the first attacher and a second feature for attaching to the second module at the second attacher, wherein when the first and second modules are each attached to the adaptor and the caps are in a closed position, the device has a capsule shape and the first module opposes the second module and characterized in that the first module further comprises a first modular cap that receives the first hemispherical cap , and the second module further comprises a second modular cap that receives the second hemispherical cap .
A hot-rolled thick H-beam with a yield strength of greater than or equal to 500 MPa, the H-beam having a flange thickness of 20 to 40 mm, wherein the chemical composition of the hot-rolled H-beam is, in percentage by weight: C: 0.10% to 0.20%, Si: 0.15% to 0.30%, Mn: 0.8% to 1.30%, Nb: 0.02% to 0.05%, V: 0.10% to 0.16%, Ni: 0.40% to 1.0%, P: ≤ 0.015%, S:≤ 0.01%, Mo: 0.15% to 0.35%, Al: ≤0.05%, 0: ≤ 0.004%, and N: 0.01% to 0.02%, and optionally one or more of Cr and Ti, the contents of which are: Cr: ≤0.5%, and Ti: ≤0.05%, the balance being Fe and unavoidable impurities.