mhurhangee/patent-ind-claim-en huggingface dataset:
Energy source and power tool combination comprising - a cordless hand-held power tool ; - a backpack battery assembly specially adapted to be carried on the back of the user via at least one shoulder strap; - a power adapter ; - an electrical cable interconnecting the backpack battery assembly and the power adapter ; wherein the power adapter is configured to be mounted in the power tool and electrically coupled with a corresponding interface of the power tool when the power adapter is mounted in the power tool; the combination being characterized by that the power adapter is adapted to be connected to a charging device for charging the backpack battery assembly , wherein the combination further comprises a rechargeable battery pack with the design and dimensions corresponding to a housing of the power adapter , wherein the power adapter comprises a removable balance weight providing the ordinary weight distribution of the rechargeable battery pack. - a cordless hand-held power tool ; - a backpack battery assembly specially adapted to be carried on the back of the user via at least one shoulder strap; - a power adapter ; - an electrical cable interconnecting the backpack battery assembly and the power adapter ; wherein
A process comprising: (i) thio-acetoxylating an alkenyl carboxylic acid anhydride to form a thioacetate anhydride intermediate; (ii) oxychlorinating the thioacetate anhydride intermediate to form a sulfonyl chloride anhydride intermediate; and (iii) azidizing the sulfonyl chloride anhydride intermediate to form an aliphatic sulfonyl azide anhydride having a Structure : wherein R 1 , R 2 , and R 3 may be the same or different; and R 1 and R 2 each is independently selected from a substituted C 1 -C 40 hydrocarbonyl group, an unsubstituted C 1 -C 40 hydrocarbonyl group, Si(R C ) 3 , OR C , R C C(O)O-, R C OC(O)-, R C C(O)N(R)-, (R C ) 2 NC(O)-, a halogen atom, and a hydrogen atom, wherein R C is a C 1 -C 30 hydrocarbonyl group; and R 3 is selected from a substituted C 1 -C 40 hydrocarbonyl group and an unsubstituted C 1 -C 40 hydrocarbonyl group wherein a hydrocarbonyl group is a hydrocarbon having a valence, a substituted hydrocarbonyl group is a hydrocarbonyl group that contains a heteroatom and an unsubstituted hydrocarbonyl group is a hydrocarbonyl group that contains only hydrogen and carbon atoms. (i) thio-acetoxylating an alkenyl carboxylic acid anhydride to form a thioacetate anhydride intermediate; (ii) oxychlorinating the thioacetate anhydride intermediate to form a sulfonyl chloride anhydride intermediate; and (iii) azidizing the sulfonyl chloride anhydride intermediate to form an aliphatic sulfonyl azide anhydride having a Structure : R 1 and R 2 each is independently selected from a substituted C 1 -C 40 hydrocarbonyl group, an unsubstituted C 1 -C 40 hydrocarbonyl group, Si(R C ) 3 , OR C , R C C(O)O-, R C OC(O)-, R C C(O)N(R)-, (R C ) 2 NC(O)-, a halogen atom, and a hydrogen atom, wherein R C is a C 1 -C 30 hydrocarbonyl group; and R 3 is selected from a substituted C 1 -C 40 hydrocarbonyl group and an unsubstituted C 1 -C 40 hydrocarbonyl group wherein a hydrocarbonyl group is a hydrocarbon having a valence, a substituted hydrocarbonyl group is a hydrocarbonyl group that contains a heteroatom and an unsubstituted hydrocarbonyl group is a hydrocarbonyl group that contains only hydrogen and carbon atoms.
Transfer wheel for transferring a strip (S), in particular a run-flat reinforcement strip or a sidewall strip, to a tire building drum (D), wherein the strip (S) has a leading end (LE), a trailing end (TE) and a strip body (B) extending from the leading end (LE) to the trailing end (TE), wherein the transfer wheel is rotatable about a wheel axis (A) and defines a retaining area (G) extending in a circumferential direction (C) about said wheel axis (A) for retaining the strip (S) to the transfer wheel , wherein the retaining area (G) is divided into a first end section (E1) for retaining one of the leading end (LE) and the trailing end (TE), a second end section (E2) for retaining the other of the leading end (LE) and the trailing end (TE), and a main section (M) in the circumferential direction (C) between the first end section (E1) and the second end section (E2) for supporting the strip body (B), wherein the transfer wheel comprises a first group of retaining segments, a first mounting member that defines a plurality of first mounting positions (P1-P8) for receiving the first group of retaining segments at the first end section (E1), wherein the first group of retaining segments comprises at least one first body retaining segment with at least one body retaining element for retaining the strip body (B) to the respective first body retaining segment and a first end retaining segment with at least one end retaining element different in operation from the at least one body retaining element for retaining said one of the leading end (LE) and the trailing end (TE) to the first end retaining segment , characterized in that the first mounting member is arranged for interchangeably receiving one first body retaining segment of the at least one first body retaining segment or the first end retaining segment in each first mounting position (P1-P8) of the plurality of first mounting positions (P1-P8), wherein the transfer wheel comprises at least one first control member for controlling the at least one body retaining element and at least one second control member for controlling the at least one end retaining element, wherein the transfer wheel at each first mounting position (P1-P8) comprises a first connector for operationally connecting said at least one first control member to the at least one body retaining element of the first body retaining segment and a second connector for operationally connecting said at least one second control member to the at least one end retaining element of the first end retaining segment , wherein the operational connections are made depending on which one of the first body retaining segment and the first end retaining segment is mounted to the respective first mounting position (P1-P8).
A surrounding situation display method of detecting a surrounding situation around a host vehicle (V1) with an autonomous driving function and displaying the detected surrounding situation, characterized in that the surrounding situation display method comprising displaying, by shifting an indication position displayed in a varying display bar (Q1, Q2, Q3, Q4, Q5, Q6, Q7) that has a prescribed display frame and displays the indication position (q3, q4, q5, q13, q23, q24, q33, q43, q44, q53) within the display frame, a timing when an action of the host vehicle (V1) is changed by the autonomous driving function, the timing being displayed in synchronization with a positional relation between the host vehicle (V1) and an attention target which is a movable obstacle (21, 22, 23, V2, V11, V21). characterized in that the surrounding situation display method comprising displaying, by shifting an indication position displayed in a varying display bar (Q1, Q2, Q3, Q4, Q5, Q6, Q7) that has a prescribed display frame and displays the indication position (q3, q4, q5, q13, q23, q24, q33, q43, q44, q53) within the display frame, a timing when an action of the host vehicle (V1) is changed by the autonomous driving function, the timing being displayed in synchronization with a positional relation between the host vehicle (V1) and an attention target which is a movable obstacle (21, 22, 23, V2, V11, V21).
A connection assembly for electrically connecting a power semiconductor module and a power component , the connection assembly comprising: - a plate-shape female connector comprising a through hole , - a plate-shape male connector comprising a pin , the connectors being formed in electrically conductive material, wherein the cross-section of the pin extends along a main direction (d), and the through hole is shaped to receive the pin , thereby establishing electrical contact between at least one wall of the pin extending along said main direction and one wall of the plate-shape female connector , and wherein the plate - shape female connector comprises a pressure component adapted to apply a pressure on the pin against the plate-shape female connector when the pin is received in the through hole, the pressure component comprising a flexible tab integral with the plate-shape female connector and being adapted to abut against the pin when it is received in the through hole , and the plate-shape male connector comprises a groove adapted to receive the flexible tab when the pin is inserted in the through hole, the connection assembly further comprising a stop element of the pin relative to the through hole , said stop element comprising at least one finger integral with the plate-shape female connector and extending over the through hole , at a distance thereof. - a plate-shape female connector comprising a through hole , - a plate-shape male connector comprising a pin , the connectors being formed in electrically conductive material, wherein the cross-section of the pin extends along a main direction (d), and the through hole is shaped to receive the pin , thereby establishing electrical contact between at least one wall of the pin extending along said main direction and one wall of the plate-shape female connector , and wherein the plate - shape female connector comprises a pressure component adapted to apply a pressure on the pin against the plate-shape female connector when the pin is received in the through hole, the pressure component comprising a flexible tab integral with the plate-shape female connector and being adapted to abut against the pin when it is received in the through hole , and the plate-shape male connector comprises a groove adapted to receive the flexible tab when the pin is inserted in the through hole, the connection assembly further comprising a stop element of the pin relative to the through hole , said stop element comprising at least one finger integral with the plate-shape female connector and extending over the through hole , at a distance thereof.
A method for assessing drinking behavior to predict when alcohol consumption of a user is likely to result in a subjective effect on the user, said method comprising the following steps: (a) using a wearable transdermal alcohol sensor device to obtain a first transdermal alcohol measurement of the user for a first drinking event; (b) receiving, by a software application on a user interface device, the first transdermal alcohol measurement, from the wearable transdermal alcohol sensor device; (c) posing, by a software application on the user interface device, a query to the user about a subjective effect on the user of the first drinking event; (d) correlating, by the software application on the user interface device, a response of the user to the query about the subjective effect of the first drinking event with the first transdermal alcohol measurement of the user for the first drinking event to obtain a correlating factor; (e) during a second drinking event, using the transdermal alcohol sensor device to obtain a second transdermal alcohol measurement of the user; (f) receiving, by the software application on the user interface device, the second transdermal alcohol measurement of the user from said wearable transdermal alcohol sensor device; (g) using, by the software application on the user interface device, the correlating factor and the second transdermal alcohol measurement to predict the subjective effect on the user from the second drinking event; and (h) notifying, on said user interface device, the user of the predicted subjective effect. (a) using a wearable transdermal alcohol sensor device to obtain a first transdermal alcohol measurement of the user for a first drinking event; (b) receiving, by a software application on a user interface device, the first transdermal alcohol measurement, from the wearable transdermal alcohol sensor device; (c) posing, by a software application on the user interface device, a query to the user about a subjective effect on the user of the first drinking event; (d) correlating, by the software application on the user interface device, a response of the user to the query about the subjective effect of the first drinking event with the first transdermal alcohol measurement of the user for the first drinking event to obtain a correlating factor; (e) during a second drinking event, using the transdermal alcohol sensor device to obtain a second transdermal alcohol measurement of the user; (f) receiving, by the software application on the user interface device, the second transdermal alcohol measurement of the user from said wearable transdermal alcohol sensor device; (g) using, by the software application on the user interface device, the correlating factor and the second transdermal alcohol measurement to predict the subjective effect on the user from the second drinking event; and (h) notifying, on said user interface device, the user of the predicted subjective effect.
A preparation method of an unfired building material from water-bearing undisturbed shield muck, characterized in that the unfired building material is prepared from the following raw materials in parts by weight: 1 to 80 parts of water-bearing undisturbed shield muck by dry weight, 1 to 30 parts of active waste slags, 0.1 to 5 parts of sodium hydroxide, 0.1 to 10 parts of sodium silicate and 1 to 31.5 parts of water, and is prepared according to the following steps: S1. weighing active waste slags, sodium silicate, water-bearing undisturbed shield muck with a water content of 10% or more and water according to weight proportion, mixing and crushing the weighed active waste slags, sodium silicate, water-bearing undisturbed shield muck and water until the content of coarse particles in the mixed water-bearing undisturbed shield muck does not exceed 10%, to obtain a Mixture I; wherein the coarse particles are particles with a particle size greater than 4.75 mm or 5 mm, and the water-bearing undisturbed shield muck is shield muck that has not been dehydrated; wherein the active waste slags are fly ash and/or blast-furnace slags; S2. adding sodium hydroxide to the Mixture I according to weight proportion, and stirring well to obtain a Mixture II; and S3. pouring the Mixture II into a mould and vibrating it, curing and demoulding to obtain the unfired building material containing water-bearing undisturbed shield muck. S1. weighing active waste slags, sodium silicate, water-bearing undisturbed shield muck with a water content of 10% or more and water according to weight proportion, mixing and crushing the weighed active waste slags, sodium silicate, water-bearing undisturbed shield muck and water until the content of coarse particles in the mixed water-bearing undisturbed shield muck does not exceed 10%, to obtain a Mixture I; wherein the coarse particles are particles with a particle size greater than 4.75 mm or 5 mm, and the water-bearing undisturbed shield muck is shield muck that has not been dehydrated; wherein the active waste slags are fly ash and/or blast-furnace slags; S2. adding sodium hydroxide to the Mixture I according to weight proportion, and stirring well to obtain a Mixture II; and S3. pouring the Mixture II into a mould and vibrating it, curing and demoulding to obtain the unfired building material containing water-bearing undisturbed shield muck.
A glenoid implant, comprising: a body comprising: an articular surface configured to mate with or receive another component configured to mate with a complimentary component; and a scapula-engaging surface opposite the articular surface, the scapula engaging surface including first and second portions angled relative to each other and an edge connecting the first and second portions; wherein the first and second portions are each planar; wherein the first portion is parallel to the articular surface ; wherein the second portion is oblique to the first portion and the articular surface; and a fixation feature extending from the scapula-engaging surface. a body comprising: an articular surface configured to mate with or receive another component configured to mate with a complimentary component; and a scapula-engaging surface opposite the articular surface, the scapula engaging surface including first and second portions angled relative to each other and an edge connecting the first and second portions; wherein the first and second portions are each planar; wherein the first portion is parallel to the articular surface ; wherein the second portion is oblique to the first portion and the articular surface; and an articular surface configured to mate with or receive another component configured to mate with a complimentary component; and a scapula-engaging surface opposite the articular surface, the scapula engaging surface including first and second portions angled relative to each other and an edge connecting the first and second portions; wherein the first and second portions are each planar; wherein the first portion is parallel to the articular surface ; wherein the second portion is oblique to the first portion and the articular surface; and a fixation feature extending from the scapula-engaging surface.
A magnetic field shielding sheet for a digitizer, the magnetic field shielding sheet comprising: at least one layer of thin magnetic sheet of a Fe-based amorphous alloy and flake-treated so as to be separated into a plurality of fine pieces ; a protective film that is adhered on one surface of the thin magnetic sheet via a first adhesive layer provided therebetween; and a double-sided adhesive tape that is adhered on the other surface of the thin magnetic sheet via a second adhesive layer provided therebetween, wherein the thin magnetic sheet has an inductance value in the range of 15 μH to 18 μH measured according to the description, obtained by heat treating an amorphous ribbon sheet made of a Fe-based alloy below the crystallization temperature of the alloy and in a temperature range of 445 °C to 460 °C. at least one layer of thin magnetic sheet of a Fe-based amorphous alloy and flake-treated so as to be separated into a plurality of fine pieces ; a protective film that is adhered on one surface of the thin magnetic sheet via a first adhesive layer provided therebetween; and a double-sided adhesive tape that is adhered on the other surface of the thin magnetic sheet via a second adhesive layer provided therebetween, wherein the thin magnetic sheet has an inductance value in the range of 15 μH to 18 μH measured according to the description, obtained by heat treating an amorphous ribbon sheet made of a Fe-based alloy below the crystallization temperature of the alloy and in a temperature range of 445 °C to 460 °C.
A nosepiece for delivering substance to a nasal cavity of a subject, the nosepiece comprising a body part which comprises a base portion which defines a flow passage therethrough, and a projection at a distal end of the base portion which at least in part provides a tip of the nosepiece and confers a rigidity in the sagittal direction, which enables the tip to open fleshy tissue at an upper region of the nasal valve and thereby expand an open area of the nasal valve, and a flexibility in a lateral direction, orthogonal to the sagittal plane, which facilitates insertion of the tip into the nasal valve, wherein the projection extends axially in substantially parallel and offset relation to the longitudinal axis of the nosepiece, characterized in that the projection comprises a flat element, being an element with a length (d1) in the sagittal direction which is greater than a length (d2) in the lateral direction.
Hybrid drive with an automated transmission, for example for a motor vehicle, with an internal combustion engine (VM) which is drive-connected to at least one first transmission input shaft (W1), with an electric drive which has at least one first electric machine (EM1) which is drive-connected to a second transmission input shaft (W3), with at least one countershaft (W4) with movable gears and fixed gears (z11-z17, z21-z29, zR3) which are arranged in a plurality of gear set planes (Z1-Z7), with a plurality of gear shifting apparatuses (S1-S4), and with a transmission output shaft (W2), the two transmission input shafts (W1, W3) being arranged coaxially with respect to one another, the rotor of the first electric machine (EM1) being fastened on the second transmission input shaft (W3), a first gear shifting apparatus (S1) of the gear shifting apparatuses (S1-S4) connecting the two transmission input shafts (W1, W3) to one another in drive terms in one of its shifting positions, and selecting a gear in another shifting position, and at least one gear shifting apparatus being configured as a claw coupling, characterized in that a second electric machine (EM2) is arranged on the first transmission input shaft (W1), in that the first transmission input shaft (W1) is surrounded on the input side (that is to say on the side of the internal combustion engine (VM)) coaxially by the second transmission input shaft (W3) which is configured as a hollow shaft, and in that the first and/or the second electric machine can be actuated as a synchronizing means for synchronizing shaft rotational speeds.
An electronic device, comprising: a housing ; a display panel connected to the housing , wherein the display panel or the housing comprises a light-transmitting area ; an ambient light sensor arranged in the housing ; an infrared transmitter arranged in the housing ; and a light guiding piece comprising a light incident end and a light emitting end , wherein the light incident end is configured facing the light-transmitting area , and the light emitting end is configured facing the ambient light sensor and the infrared transmitter ; characterized in that : wherein the light guiding piece comprises an integrated light guiding column capable of transmitting infrared light and visible light, wherein the integrated light guiding column comprises: a first lens part arranged on the light emitting end , wherein the first lens part faces the ambient light sensor , and a second lens part arranged on the light emitting end , wherein the second lens part faces the infrared transmitter ; wherein in a height direction of the integrated light guiding column, a height difference between the first lens part and the second lens part is greater than zero. a housing ; a display panel connected to the housing , wherein the display panel or the housing comprises a light-transmitting area ; an ambient light sensor arranged in the housing ; an infrared transmitter arranged in the housing ; and a light guiding piece comprising a light incident end and a light emitting end , wherein the light incident end is configured facing the light-transmitting area , and the light emitting end is configured facing the ambient light sensor and the infrared transmitter ; characterized in that : wherein the light guiding piece comprises an integrated light guiding column capable of transmitting infrared light and visible light, wherein the integrated light guiding column comprises: a first lens part arranged on the light emitting end , wherein the first lens part faces the ambient light sensor , and a second lens part arranged on the light emitting end , wherein the second lens part faces the infrared transmitter ; wherein in a height direction of the integrated light guiding column, a height difference between the first lens part and the second lens part is greater than zero. a first lens part arranged on the light emitting end , wherein the first lens part faces the ambient light sensor , and a second lens part arranged on the light emitting end , wherein the second lens part faces the infrared transmitter ; wherein in a height direction of the integrated light guiding column, a height difference between the first lens part and the second lens part is greater than zero.