mhurhangee/patent-ind-claim-en huggingface dataset:
A teaching system , comprising: a teaching-data generating unit configured to generate teaching data of a robot having a joint in a virtual environment, the virtual environment including a work tool , the robot , and a workpiece (W) to which a plurality of working points (WP) is preliminarily set, the work tool being configured to work on the working points (WP), the teaching data causing the robot to move one of the work tool and the workpiece (W) passing through approach points (A) corresponding to the respective working points (WP) to cause the work tool to relatively reach and separate from the working points (WP); a determining unit configured to determine whether a virtual line (H) interferes with another of the workpiece (W) and the work tool , the virtual line (H) connecting the approach points (A) of the consecutively worked working points (WP) together; and a teaching-data updating unit configured to change a position of the approach point (A) on the virtual line (H) in a case where the determining unit determines that the virtual line (H) interferes with the other of the workpiece (W) and the work tool . a teaching-data generating unit configured to generate teaching data of a robot having a joint in a virtual environment, the virtual environment including a work tool , the robot , and a workpiece (W) to which a plurality of working points (WP) is preliminarily set, the work tool being configured to work on the working points (WP), the teaching data causing the robot to move one of the work tool and the workpiece (W) passing through approach points (A) corresponding to the respective working points (WP) to cause the work tool to relatively reach and separate from the working points (WP); a determining unit configured to determine whether a virtual line (H) interferes with another of the workpiece (W) and the work tool , the virtual line (H) connecting the approach points (A) of the consecutively worked working points (WP) together; and a teaching-data updating unit configured to change a position of the approach point (A) on the virtual line (H) in a case where the determining unit determines that the virtual line (H) interferes with the other of the workpiece (W) and the work tool .
A vibration suppression suspension system, comprising: a base; a platform suspended relative to the base and supported by a plurality of bi-directional spring struts , wherein each of the bi-directional spring struts comprises: a non-linear spring having a spring rate that increases symmetrically in each of compression and tension as a function of displacement of the non-linear spring, the non-linear spring comprising at least one compliant planar member having a center portion ; and a linear spring coupled in series with the non-linear spring, wherein a longitudinal axis of the linear spring is coaxial with a longitudinal axis of the nonlinear spring and passes through the center portion of the at least one compliant planar member. a base; a platform suspended relative to the base and supported by a plurality of bi-directional spring struts , wherein each of the bi-directional spring struts comprises: a non-linear spring having a spring rate that increases symmetrically in each of compression and tension as a function of displacement of the non-linear spring, the non-linear spring comprising at least one compliant planar member having a center portion ; and a linear spring coupled in series with the non-linear spring, wherein a longitudinal axis of the linear spring is coaxial with a longitudinal axis of the nonlinear spring and passes through the center portion of the at least one compliant planar member. a non-linear spring having a spring rate that increases symmetrically in each of compression and tension as a function of displacement of the non-linear spring, the non-linear spring comprising at least one compliant planar member having a center portion ; and a linear spring coupled in series with the non-linear spring, wherein a longitudinal axis of the linear spring is coaxial with a longitudinal axis of the nonlinear spring and passes through the center portion of the at least one compliant planar member.
An apparatus comprising: - processing circuitry (4-14) to execute a sequence of instructions; - an integer storage element to store an integer value for access by the processing circuitry (4-14); - a capability storage element to store a capability for access by the processing circuitry (4-14); and - a capability usage storage to store capability usage information; characterized in that the processing circuitry (1-14) is responsive to execution of at least one instruction in the sequence of instructions to generate, in dependence on the capability usage information, a result to be stored in a destination storage element, by: when the capability usage information identifies a capability state, generating the result as a capability and selecting the capability storage element as the destination storage element; and when the capability usage information identifies a non-capability state, generating the result as an integer value and selecting the integer storage element as the destination storage element; and wherein said at least one instruction comprises an instruction that specifies an immediate value as a source operand. - processing circuitry (4-14) to execute a sequence of instructions; - an integer storage element to store an integer value for access by the processing circuitry (4-14); - a capability storage element to store a capability for access by the processing circuitry (4-14); and - a capability usage storage to store capability usage information; when the capability usage information identifies a capability state, generating the result as a capability and selecting the capability storage element as the destination storage element; and when the capability usage information identifies a non-capability state, generating the result as an integer value and selecting the integer storage element as the destination storage element; and wherein said at least one instruction comprises an instruction that specifies an immediate value as a source operand.
A closure for use with a container , the container having an opening between an exterior of the container and an interior of the container where a fluent substance may be stored, said closure comprising: A. a body for being located at the opening of the container , said body defining a central axis and having a pour spout defining an interior surface , said interior surface defining at least a portion of a passage for communicating with the container interior to permit the flow of a fluent substance through said body ; B. a closing element for being removably attached to said body , said closing element defining i. an outer wall for being mounted around at least a portion of said pour spout of said body , ii. a cover that extends laterally inwardly from said outer wall , and iii. at least one closing element lateral projection extending laterally from said closing element ; and wherein said closure is characterized in that said body includes a flexible, crushable seal located laterally outwardly of said pour spout , said body including at least one body lateral projection extending laterally from said body ; wherein said closing element and said body have a closed condition, wherein in said closed condition (i) said flexible, crushable seal seals between said closing element and said body and (ii) said at least one body lateral projection confronts said at least one closing element lateral projection to inhibit separation of said closing element away from said body along said central axis . A. a body for being located at the opening of the container , said body defining a central axis and having a pour spout defining an interior surface , said interior surface defining at least a portion of a passage for communicating with the container interior to permit the flow of a fluent substance through said body ; B. a closing element for being removably attached to said body , said closing element defining i. an outer wall for being mounted around at least a portion of said pour spout of said body , ii. a cover that extends laterally inwardly from said outer wall , and iii. at least one closing element lateral projection extending laterally from said closing element ; and i. an outer wall for being mounted around at least a portion of said pour spout of said body , ii. a cover that extends laterally inwardly from said outer wall , and iii. at least one closing element lateral projection extending laterally from said closing element ; and said body includes a flexible, crushable seal located laterally outwardly of said pour spout , said body including at least one body lateral projection extending laterally from said body ; wherein said closing element and said body have a closed condition, wherein in said closed condition (i) said flexible, crushable seal seals between said closing element and said body and (ii) said at least one body lateral projection confronts said at least one closing element lateral projection to inhibit separation of said closing element away from said body along said central axis .
Securing device for fitting a windscreen wiper of a motor vehicle wiping system on a drive arm , the securing device comprising: - a connector (15a; 15b) having form of longitudinal main extension and which is configured to be connected firstly to the windscreen wiper and secondly to the drive arm and comprising: • at least one first means for sliding by longitudinal translation; and • at least one first means for locking ; and - a cover having form of longitudinal main extension and which is configured to cooperate with the connector (15a; 15b), such as to secure the windscreen wiper on the drive arm , and comprising: • at least one second means for sliding by longitudinal translation, which is complementary with the said at least one first means for sliding ; and • at least one second means for locking , which is complementary with the said at least one first means for locking , characterised in that : - the first means for sliding and locking are produced in a single piece with the connector (15a; 15b); in that - the second means for sliding and locking are produced in a single piece with the cover ; and in that - the said at least one second means for sliding is distinct from the said at least one second means for locking . - a connector (15a; 15b) having form of longitudinal main extension and which is configured to be connected firstly to the windscreen wiper and secondly to the drive arm and comprising: • at least one first means for sliding by longitudinal translation; and • at least one first means for locking ; and • at least one first means for sliding by longitudinal translation; and • at least one first means for locking ; and - a cover having form of longitudinal main extension and which is configured to cooperate with the connector (15a; 15b), such as to secure the windscreen wiper on the drive arm , and comprising: • at least one second means for sliding by longitudinal translation, which is complementary with the said at least one first means for sliding ; and • at least one second means for locking , which is complementary with the said at least one first means for locking , • at least one second means for sliding by longitudinal translation, which is complementary with the said at least one first means for sliding ; and • at least one second means for locking , which is complementary with the said at least one first means for locking , - the first means for sliding and locking are produced in a single piece with the connector (15a; 15b); in that - the second means for sliding and locking are produced in a single piece with the cover ; and in that - the said at least one second means for sliding is distinct from the said at least one second means for locking .
A light emitting unit driving circuit comprising: a first driving transistor (MA2) having a first channel width (W) and a first channel length (L) and being configured to provide a first current (Ia); a second driving transistor (MB2) having a second channel width and a second channel length and being configured to provide a second current (Ib); a light emitting unit (D) electrically connected to the first driving transistor (MA2) and the second driving transistor (MB2), and configured to receive at least one of the first current (Ia) and the second current (Ib) to emit light; characterized by further comprising: a first data line (D1[x]); a second data line (D2[x]); a scan line (S1[y]); a first switching transistor (MA1) electrically connected to the first data line (D1[x]), the first driving transistor (MA2), and the scan line (S1[y]); and a second switching transistor (MB1) electrically connected to the second data line (D2[x]), the second driving transistor (MB2), and the scan line (S1[y]); and wherein a first ratio of the first channel width (W) to the first channel length (L) is different from a second ratio of the second channel width to the second channel length. a first driving transistor (MA2) having a first channel width (W) and a first channel length (L) and being configured to provide a first current (Ia); a second driving transistor (MB2) having a second channel width and a second channel length and being configured to provide a second current (Ib); a light emitting unit (D) electrically connected to the first driving transistor (MA2) and the second driving transistor (MB2), and configured to receive at least one of the first current (Ia) and the second current (Ib) to emit light; characterized by further comprising: a first data line (D1[x]); a second data line (D2[x]); a scan line (S1[y]); a first switching transistor (MA1) electrically connected to the first data line (D1[x]), the first driving transistor (MA2), and the scan line (S1[y]); and a second switching transistor (MB1) electrically connected to the second data line (D2[x]), the second driving transistor (MB2), and the scan line (S1[y]); and wherein a first ratio of the first channel width (W) to the first channel length (L) is different from a second ratio of the second channel width to the second channel length. a first data line (D1[x]); a second data line (D2[x]); a scan line (S1[y]); a first switching transistor (MA1) electrically connected to the first data line (D1[x]), the first driving transistor (MA2), and the scan line (S1[y]); and a second switching transistor (MB1) electrically connected to the second data line (D2[x]), the second driving transistor (MB2), and the scan line (S1[y]); and wherein a first ratio of the first channel width (W) to the first channel length (L) is different from a second ratio of the second channel width to the second channel length.
Covering element for covering a slot between two adjacent teeth of an electromagnetic machine, the covering element comprising a first sub-element , and a second sub-element , wherein the first sub-element and the second sub-element are arranged adjacent to each other in a first direction , wherein the second sub-element is made of a different material than the first sub-element , wherein a first magnetic permeability of the first sub-element is higher than a second magnetic permeability of the second sub-element , a third sub-element , wherein the first sub-element , the second sub-element and the third sub-element are arranged adjacent to each other in the first direction such that the second sub-element is arranged in-between the first sub-element and the third sub-element , wherein the second sub-element is made of a different material than the first sub-element and the third sub-element , wherein a dove-tail connection is provided between the second sub-element and the first sub-element and between the second sub-element and the third sub-element in such a manner that the dove-tail connection provides a fixation of the second sub-element in-between the first sub-element and the third sub-element , wherein the first sub-element comprises a first coupling section , wherein the third sub-element comprises a second coupling section , wherein the first coupling section and the second coupling section are each coupleable in a respective groove of the two teeth , wherein the second sub element comprises two dovetail-shaped protrusions between the first sub element and the second sub element and two dovetail shaped protrusions between the third sub element and the second sub element, wherein said protrusions extend from the second sub element to the respective first and second coupling section .
A mobile robot comprising a mop module including a left rotating plate to which a mop is attached to a bottom surface and a right rotating plate to which the mop is attached to the bottom surface; a base on which the mop module is installed a case disposed to cover at least an upper portion and a part of a side of the base ; characterized in that the mobile robot further comprises a plurality of push supporters supporting the case spaced apart from the base wherein each push supporter provides the case with an elastic restoring force at least in the upper direction of the base and the outer direction of the base. a mop module including a left rotating plate to which a mop is attached to a bottom surface and a right rotating plate to which the mop is attached to the bottom surface; a base on which the mop module is installed a case disposed to cover at least an upper portion and a part of a side of the base ; characterized in that the mobile robot further comprises a plurality of push supporters supporting the case spaced apart from the base wherein each push supporter provides the case with an elastic restoring force at least in the upper direction of the base and the outer direction of the base. a plurality of push supporters supporting the case spaced apart from the base wherein each push supporter provides the case with an elastic restoring force at least in the upper direction of the base and the outer direction of the base.
Method for printing a postage indicia by an external franked labels dispenser connected by a communication link to a franking machine for mail items, characterized in that it comprises the following steps: during a step of initialization of the communication link, authentication of the franking labels dispenser by the franking machine by transmission of an authentication code from the franking machine to the franking labels dispenser, generation of a secret key in the franking machine from the authentication code et a master key of said franking machine, transmission of said secret key to the franked labels dispenser, and comparison of said secret key with an internal secret key of said franked labels dispenser generated during the manufacturing of said franked labels dispenser, secure transmission from the franking machine to the franking labels dispenser of a set of data of predetermined images signed with a secret key, then, for each printing cycle, calculation at the level of the franking machine of postal data relating to the mail item to be franked, secure transmission to the franked labels dispenser of the postal data thus calculated and signed with said secret key, conversion of said postal data into complementary image data, and printing the postal indicia integrating said complementary image data and said predetermined image data on a continuous strip of labels delivered by the franked labels dispenser.
Assembly kit for constructing a measuring apparatus , comprising at least two sensor units , which are each fashioned for measuring different variables, at least two communication units , which each have different interfaces for data transmission, wherein each of the sensor units is detachably connectable to each of the communication units of the assembly kit by means of a mechanical coupling , and at least one extension unit having a housing having mechanical couplings on both sides, to which mechanical couplings a sensor unit , a communication unit and/or a further extension unit is/are selectively couplable, characterized in that the housing has a telescopic arrangement by means of which the extension unit is alterable in its longitudinal extent.
A hydrogen-oxygen reaction device , comprising: a reaction vessel including a reaction region (S) filled with a reaction catalyst which is configured to promote a reaction between hydrogen and oxygen; an introduction portion configured to introduce a hydrogen-oxygen mixed gas having hydrogen or oxygen as a main component into the reaction vessel ; a water vapor pipe of which one end portion is inserted into the reaction vessel and including a region in contact with the reaction region (S) with at least a part of the region in contact with the reaction region (S) being formed of a water vapor permeable membrane; a discharge portion configured to discharge a gas in the reaction vessel through the discharge portion to an outside; and a cooling portion configured to cool the water vapor pipe outside the reaction vessel . a reaction vessel including a reaction region (S) filled with a reaction catalyst which is configured to promote a reaction between hydrogen and oxygen; an introduction portion configured to introduce a hydrogen-oxygen mixed gas having hydrogen or oxygen as a main component into the reaction vessel ; a water vapor pipe of which one end portion is inserted into the reaction vessel and including a region in contact with the reaction region (S) with at least a part of the region in contact with the reaction region (S) being formed of a water vapor permeable membrane; a discharge portion configured to discharge a gas in the reaction vessel through the discharge portion to an outside; and a cooling portion configured to cool the water vapor pipe outside the reaction vessel .
A method for processing and attaching a metal-ceramic substrate , comprising - Providing a metal-ceramic substrate , wherein the metal-ceramic substrate comprises at least a metal layer and a ceramic element extending along a main extension plane (HSE) and arranged on top of one another along a stacking direction (S) perpendicular to the main extension plane (HSE) characterized by the following: - forming a continuous recess , in the metal-ceramic substrate by processing by means of laser light , in particular an ultrashort pulse (UKP) laser, such that the recess is used as an area for attaching, and - attaching the metal-ceramic substrate to a housing and/or another structural component by means of an attaching element passing through the recess . - Providing a metal-ceramic substrate , wherein the metal-ceramic substrate comprises at least a metal layer and a ceramic element extending along a main extension plane (HSE) and arranged on top of one another along a stacking direction (S) perpendicular to the main extension plane (HSE) characterized by the following: - forming a continuous recess , in the metal-ceramic substrate by processing by means of laser light , in particular an ultrashort pulse (UKP) laser, such that the recess is used as an area for attaching, and - attaching the metal-ceramic substrate to a housing and/or another structural component by means of an attaching element passing through the recess . - forming a continuous recess , in the metal-ceramic substrate by processing by means of laser light , in particular an ultrashort pulse (UKP) laser, such that the recess is used as an area for attaching, and - attaching the metal-ceramic substrate to a housing and/or another structural component by means of an attaching element passing through the recess .